What Skills Will Students Actually Need in an AI Driven World?

A student opens an AI tool and asks it to write an essay.

Thirty seconds later, the essay is finished.

Another student uploads a difficult math problem and receives a complete solution.

A third asks AI to summarize a chapter they were supposed to read.

This creates an understandable question for parents:

If artificial intelligence can already do so many of the things students are learning to do in school, what skills will our children actually need in the future?

It is tempting to think the answer is simply:

AI skills.

Students certainly need to understand how to use new technology. But the emerging picture from employers and workforce research is much more interesting.

As AI becomes more capable, many of the skills growing in importance are distinctly human ones:

Thinking critically.

Solving unfamiliar problems.

Communicating clearly.

Recognizing when information is wrong.

Adapting when circumstances change.

Working with other people.

Learning new things.

And, yes, knowing how to use AI effectively.

The students who thrive in an AI driven world may not necessarily be the ones who can get AI to do the most work for them.

They may be the ones who know what work should be delegated to AI, what should not, and whether the result is actually any good.

The Workplace Is Already Changing

This is not a distant prediction about what might happen 20 years from now.

AI is already changing how people work.

The World Economic Forum's Future of Jobs Report 2025 surveyed more than 1,000 employers representing more than 14 million workers across 55 economies. Employers identified AI and big data as the fastest growing skill area through 2030. Technological literacy was also among the skills expected to grow rapidly.

Microsoft and LinkedIn's 2024 Work Trend Index found that 75 percent of knowledge workers surveyed were already using AI at work. In the same research, 66 percent of surveyed leaders said they would not hire someone without AI skills, while 71 percent said they would rather hire a less experienced candidate with AI skills than a more experienced candidate without them.

Those numbers should get parents' attention.

But there is an important distinction.

Knowing how to use AI is not the same thing as knowing how to think.

And the workforce data make that distinction surprisingly clear.

The Most Important Skill Isn't AI

When the World Economic Forum asked employers which skills they currently consider essential, analytical thinking ranked number one.

Sixty nine percent of employers identified it as a core skill.

AI and big data mattered too, but only 45 percent identified that category as a core skill in their current workforce.

Other highly ranked skills included:

Resilience, flexibility, and agility

Leadership and social influence

Creative thinking

Motivation and self awareness

Technological literacy

Empathy and active listening

Curiosity and lifelong learning

That is worth thinking about.

The future of work is becoming more technological.

But employers are not responding by saying:

“We only need people who understand technology.”

They are also emphasizing judgment, creativity, adaptability, communication, and learning.

1. Students Need to Know How to Think Critically

AI can produce an answer remarkably quickly.

That does not mean the answer is correct.

This changes what it means to be educated.

In the past, finding information could be difficult.

Today, students can generate enormous amounts of information almost instantly.

The challenge increasingly becomes:

Is this information accurate?

Does the evidence actually support the conclusion?

Is something important missing?

Is the source trustworthy?

Does this answer make sense?

What assumptions is it making?

A student who simply accepts whatever appears on the screen may have access to more information than any previous generation while simultaneously being poorly equipped to evaluate it.

That is why critical thinking becomes more important, not less, when AI becomes powerful.

2. Students Still Need Knowledge

There is a tempting argument that sounds something like this:

“Why memorize anything when AI can tell you the answer?”

We heard a similar argument about Google.

But there is a problem.

You need knowledge to evaluate information.

Imagine asking AI a chemistry question when you know absolutely nothing about chemistry.

It gives you a confident explanation.

Is it correct?

You don't know.

Now imagine a student with a strong chemistry foundation receives the same answer.

They may immediately notice:

“That doesn't make sense.”

Knowledge gives us a framework for evaluating new information.

The same applies to history, mathematics, science, economics, politics, writing, and almost everything else.

We should absolutely teach students how to access information efficiently.

But:

Knowing how to look something up is not a substitute for knowing things.

3. Students Need to Become Excellent Communicators

AI can write.

That does not make human communication irrelevant.

The National Association of Colleges and Employers includes communication among its core career readiness competencies, alongside critical thinking, teamwork, technology, leadership, professionalism, and career development. Its definition includes clearly exchanging ideas, listening effectively, asking appropriate questions, and organizing information so others can understand it.

Think about what happens in most careers.

People need to:

Explain ideas.

Ask questions.

Persuade people.

Listen.

Write clearly.

Give feedback.

Present information.

Handle disagreements.

Understand what another person actually needs.

AI can help someone prepare a presentation.

It cannot make them a person others trust, understand, or want to work with.

Students should continue learning how to write and speak clearly even if AI can generate polished language for them.

Perhaps especially because AI can generate polished language for them.

4. Students Need to Know How to Work With AI

None of this means students should avoid AI.

That would prepare them for the future about as effectively as banning calculators would prepare students for engineering.

Students need AI literacy.

But AI literacy should mean more than:

“I know how to type something into ChatGPT.”

A genuinely AI literate student should gradually learn how to:

Ask good questions.

Give useful context.

Recognize limitations.

Check outputs.

Compare information with reliable sources.

Protect private information.

Understand when AI use is inappropriate.

Improve an AI generated result.

Use AI to accelerate work without surrendering their own judgment.

The goal should be:

AI amplifies the student's abilities.

Not:

AI replaces the student's abilities.

5. Students Need to Ask Better Questions

When information becomes abundant, questions become more valuable.

Anyone can ask AI:

“Tell me about World War II.”

A stronger thinker asks:

“What economic and political conditions made extremist movements more attractive in parts of Europe between the two world wars?”

Anyone can ask:

“Solve this math problem.”

A stronger learner asks:

“Don't solve this for me. Tell me which concept I need to understand to solve it myself.”

The quality of the answer often depends heavily on the quality of the question.

Curiosity and lifelong learning appear among the World Economic Forum's core workforce skills, and employers expect their importance to continue rising.

Parents can help by encouraging students to ask:

Why?

How do we know?

What would happen if...?

What am I missing?

What evidence would change my mind?

Those questions are difficult to automate because deciding which question is worth asking is itself a form of intelligence.

6. Students Need to Solve Problems They Haven't Seen Before

School can sometimes accidentally train students to become excellent at recognizing familiar patterns.

Teacher demonstrates Problem A.

Homework contains problems similar to A.

Test contains another version of A.

Student memorizes the procedure.

That works until life gives them Problem Z.

There is no study guide.

No answer key.

Nobody tells them which formula to use.

They have to figure it out.

That is where deeper learning matters.

Employers surveyed by the World Economic Forum continue to place analytical thinking at the top of their core skill requirements.

Students should therefore spend some time wrestling with unfamiliar problems rather than immediately asking AI:

“How do I do this?”

Sometimes the struggle is the education.

7. Students Need Creativity

AI can generate enormous numbers of ideas.

But humans still decide:

Which idea is worth pursuing?

What problem is worth solving?

What would make this better?

What has nobody tried?

What does this particular audience need?

Creative thinking ranked fourth among employers' core skills in the World Economic Forum's 2025 report, with 57 percent of surveyed employers identifying it as important. Employers also expect creative thinking to continue increasing in importance through 2030.

This gives parents another reason not to treat art, music, writing, building, experimenting, designing, and open ended projects as distractions from “serious” academics.

Creativity is not the opposite of academic preparation.

It may become an increasingly valuable part of it.

8. Students Need to Work With People

AI can generate an email.

It cannot build every human relationship for you.

Students still need to learn how to:

Work on a team.

Listen to someone else's perspective.

Resolve disagreements.

Lead.

Follow.

Ask for help.

Give useful feedback.

Read a room.

Take responsibility when they make a mistake.

Explain something to someone who does not understand.

NACE includes teamwork and communication among its major career readiness competencies. Its teamwork framework specifically emphasizes collaboration, listening, accountability, compromise, agility, and working with people who have different perspectives.

Those skills are difficult to develop while working alone with a screen.

Students still need real human interaction.

9. Students Need to Become Adaptable

This may be one of the most important skills parents can encourage.

We do not know exactly what the workplace will look like when today's middle school students are 35.

Specific technologies will change.

Some careers will disappear.

Others will emerge.

Existing careers will evolve.

The World Economic Forum found that resilience, flexibility, and agility ranked second among employers' current core skills, behind only analytical thinking. Curiosity and lifelong learning also ranked among the top ten.

That suggests something important about education.

We cannot perfectly predict which software today's students will need 20 years from now.

But we can help them become people who know how to learn new software.

We cannot teach them every problem they will encounter.

But we can teach them how to approach unfamiliar problems.

We cannot prepare them for every change.

But we can help them become comfortable learning through change.

10. Students Need to Know How to Learn Without AI

This may sound contradictory.

If AI will be everywhere, why learn without it?

Because students need something underneath the tool.

Imagine two students using AI to learn calculus.

Student A understands algebra, functions, graphs, and mathematical reasoning.

Student B has outsourced much of that learning to AI.

Both can generate a solution.

But only one has enough understanding to recognize when the solution is strange, inefficient, or wrong.

This is why students still need moments where the AI gets closed.

No ChatGPT.

No Google.

No answer key.

No hints.

Just:

“Can I do this?”

That is not anti technology.

It is how students determine whether the technology has helped them learn or merely helped them finish.

The Most Valuable Student May Not Be the One Who Can Produce the Most

AI makes producing things easier.

Essays.

Images.

Presentations.

Computer code.

Research summaries.

Study guides.

Emails.

Reports.

That means simply producing something may become less impressive.

What becomes more valuable?

Knowing what should be produced.

Knowing whether it is correct.

Knowing whether it is useful.

Knowing how it could be better.

Knowing what the AI missed.

Knowing when the AI should not be used at all.

This is judgment.

And judgment requires knowledge and experience.

What Does This Mean for School?

Parents should not look at AI and conclude:

“School doesn't matter anymore.”

The better conclusion may be the opposite.

Foundational education becomes extremely important because students need something to bring to the technology.

Math matters.

Reading matters.

Writing matters.

Science matters.

History matters.

Communication matters.

The purpose may shift somewhat.

Instead of education being primarily about producing answers, it increasingly needs to prepare students to:

Understand answers.

Question answers.

Evaluate answers.

Improve answers.

Apply answers.

And sometimes:

Reject answers.

What Parents Can Do Right Now

You do not need to predict your child's future career.

You also do not need to enroll your 11 year old in an artificial intelligence certification program.

Focus on fundamentals.

Encourage your student to:

Read difficult things.

Write their own ideas.

Solve problems without immediately looking up the solution.

Ask questions.

Explain their reasoning.

Talk to adults.

Work with other students.

Try things they are not immediately good at.

Learn how AI works and use it responsibly.

Check information instead of automatically believing it.

Develop interests outside school.

Become comfortable saying, “I don't know, but I can figure it out.”

Those abilities are useful today.

They are also remarkably resistant to technological change.

Ask Your Student One Question About AI

The next time your student uses AI for school, don't immediately ask:

“Did AI do your homework?”

Try:

“What did you do that the AI couldn't do for you?”

Maybe the answer is:

I decided which argument was strongest.

I checked whether the information was accurate.

I rewrote the explanation.

I figured out what question to ask.

I compared two approaches.

I decided the AI was wrong.

I used it to practice and then solved the problem myself.

Those are encouraging answers.

Because the goal is not to see how much thinking students can hand over to AI.

The goal is to teach them how to use AI while becoming better thinkers themselves.

The Bottom Line

Nobody can tell parents exactly what the job market will look like when today's students reach the middle of their careers.

That uncertainty is precisely why preparing students for one narrow set of tasks is not enough.

Current employer research points toward a combination of technological and human abilities.

AI and big data skills are growing rapidly. Technological literacy matters. But employers are simultaneously emphasizing analytical thinking, resilience, creativity, communication, collaboration, curiosity, and lifelong learning.

So perhaps the question should not be:

“What should my child learn that AI cannot do?”

AI's capabilities will continue changing.

A better question is:

“What kind of person will know how to use powerful technology wisely?”

Someone who can think.

Someone who knows things.

Someone who asks good questions.

Someone who can communicate.

Someone who can work with other people.

Someone who recognizes when an answer does not make sense.

Someone who can adapt.

And someone who knows how to learn something new when the world changes again.

That is the student we should be preparing for the future.

Are We Teaching Students to Chase Grades Instead of Learning?

A student gets a test back.

They look at the top of the page.

92 percent.

They smile, put the test away, and never look at it again.

Another student receives a 72 percent.

Their first question is:

“Is there extra credit?”

A third student gets an assignment and immediately asks:

“Is this graded?”

If the answer is no, they decide it probably is not worth doing.

Parents and teachers see versions of these behaviors all the time.

And they point toward an uncomfortable question:

Have we accidentally taught students that the purpose of school is to collect points rather than to learn?

Grades matter. They provide feedback, determine course placement, affect GPA, and can influence college opportunities.

But when the grade becomes the entire purpose of education, students can begin making decisions that maximize points rather than understanding.

And those are not always the same thing.

Grades Were Supposed to Measure Learning

Ideally, the relationship is straightforward.

A student learns the material.

An assessment measures how well they learned it.

The grade communicates the result.

In that model:

Learning → Assessment → Grade

But students can gradually begin thinking about school in the opposite direction:

What do I need to do to get the grade?

That leads to questions like:

“How many points is this worth?”

“Will this be on the test?”

“Can I get extra credit?”

“What's the minimum I need on the final?”

“Does this assignment count?”

Those are perfectly understandable questions within a system built around grades.

The problem occurs when they replace:

“Do I actually understand this?”

Research Gives Us a Reason to Take This Seriously

Psychologists have long distinguished between intrinsic motivation, where someone engages in an activity because they find it interesting or satisfying, and extrinsic motivation, where behavior is driven by an outside reward or consequence.

Grades are an extrinsic incentive.

That does not automatically make them bad.

But research on motivation suggests that the way rewards and external pressures are structured can affect why people engage in activities in the first place.

A major meta analysis published in Psychological Bulletin examined 128 studies of rewards and intrinsic motivation. The researchers concluded that certain expected, tangible rewards could undermine intrinsic motivation, particularly when the rewards were tied simply to performing an activity.

Research based on self determination theory similarly emphasizes the importance of autonomy, competence, and relatedness in supporting stronger forms of motivation.

That does not mean schools should eliminate grades.

It means parents and educators should be careful about teaching students, intentionally or unintentionally, that the reward is the only reason the work matters.

The Problem With “Is This Going to Be on the Test?”

Almost every teacher has heard this question.

And it makes sense.

Students have limited time. If they are taking six classes, playing a sport, participating in activities, and trying to maintain a social life, they naturally want to know where to focus their energy.

But imagine the mindset underneath the question:

If I am not going to receive points for knowing this, why should I learn it?

That is a very different relationship with education than curiosity.

Students begin sorting information into two categories:

Things I need for the grade

and

Things I can ignore.

That strategy may work surprisingly well in school.

It is much less useful in life.

Outside the classroom, nobody provides a study guide telling us which information will eventually matter.

Good Grades Can Hide Weak Learning

Imagine two students both earn an A in Algebra II.

Student A

Understands the major concepts.

Can solve unfamiliar problems.

Can explain why the methods work.

Remembers much of the material several months later.

Student B

Memorized procedures the night before each test.

Recognized familiar question formats.

Earned enough homework and extra credit points to maintain the grade.

Forgot much of the material shortly afterward.

Their transcripts may look identical.

Their understanding is not.

This is one reason parents should be careful about using grades as the only measure of academic success.

An A is encouraging.

But an even better question is:

“What can my student actually do now that they couldn't do before?”

Cramming Makes Sense When the Goal Is the Grade

Students are often remarkably rational.

If the objective is:

Get the highest possible score tomorrow

then cramming can sometimes feel like an effective strategy.

Memorize tonight.

Take the test tomorrow.

Forget next week.

Move on.

The student accomplished the immediate goal.

But if the objective is:

Learn something well enough that I can use it later

the strategy changes.

Now students need repeated practice.

Retrieval.

Mistake correction.

Connections between concepts.

Time.

This becomes particularly obvious in cumulative subjects.

A student may successfully memorize their way through individual Algebra I tests.

Then Algebra II assumes they actually know Algebra I.

Chemistry assumes certain math skills.

AP Calculus assumes earlier algebra and precalculus skills.

Learning has a way of exposing shortcuts eventually.

AI Makes the Difference Between Grades and Learning Even More Important

Generative AI has made this conversation much more urgent.

Students can now produce academically impressive work without necessarily performing all of the thinking required to create it.

AI can solve homework problems.

Draft essays.

Answer questions.

Summarize readings.

Generate discussion posts.

Improve writing.

If a student's objective is simply:

“Turn in something that earns points,”

AI is extraordinarily useful.

But suppose the objective becomes:

“Understand this well enough that I can do it independently.”

Now AI has to be used very differently.

Instead of:

“Solve this problem.”

the student might ask:

“Give me a hint, but don't give me the answer.”

Instead of:

“Write this paragraph.”

they might ask:

“Tell me where my argument is weak without rewriting it.”

The technology is the same.

The student's definition of success is different.

Parents Can Accidentally Reinforce Grade Chasing

Imagine your student comes home.

You ask:

“How did you do on your chemistry test?”

They say:

“94.”

You respond:

“Awesome!”

There is nothing wrong with that conversation.

But now imagine that virtually every conversation about school follows the same pattern.

“What's your grade?”

“Did you get an A?”

“How many points did you lose?”

“Will that bring your GPA down?”

Students pay attention to what adults repeatedly ask about.

If every conversation centers on grades, they may reasonably conclude:

Grades are what my parents actually care about.

Parents can change that without pretending grades do not matter.

Ask about both.

Ask “What Did You Learn?” Sometimes

Your student gets a 94.

Celebrate it.

Then occasionally ask:

“What was the hardest thing on the test?”

“What did you finally figure out?”

“Was there anything you got wrong that you understand now?”

“What are you learning about in that class?”

“What's something you know now that you didn't know a month ago?”

These questions send a subtle message:

The grade matters, but so does what happened inside your brain.

A Bad Grade Can Sometimes Represent Good Learning

Consider a student who moves from standard math into an honors course.

They used to earn effortless A's.

Now they earn an 82 on a difficult test.

But something else happened.

They studied several days ahead.

Asked questions.

Corrected mistakes.

Learned unfamiliar concepts.

Practiced until difficult problems began making sense.

Was the 82 a worse academic experience than the effortless 98?

Not necessarily.

Grades provide useful information, but they do not capture everything we value about education.

Difficulty, growth, persistence, curiosity, independence, and improvement are harder to fit into a percentage.

This Does Not Mean Grades Don't Matter

There is an opposite mistake parents should avoid.

Grades are not meaningless.

A pattern of poor grades can tell us something important.

Maybe the student does not understand the material.

Maybe assignments are missing.

Maybe they are not studying effectively.

Maybe the class is too difficult.

Maybe organization is the problem.

And grades have real consequences for students pursuing certain academic opportunities.

The goal is not:

Stop caring about grades.

It is:

Stop treating grades as the only thing worth caring about.

A useful grade should start a conversation, not end one.

Change the Conversation After a Test

Imagine your student brings home a 73.

Instead of beginning with:

“How did you get a 73?”

try:

“Have you looked at what you missed?”

Then:

“What happened?”

Maybe they discover:

They misunderstood one major concept.

They ran out of time.

They made several sign errors.

They studied the wrong material.

They knew the definitions but could not apply them.

Now the 73 has become useful information.

The next question is:

“What are you going to do differently before the next test?”

That conversation teaches something a lecture about the importance of grades cannot.

Be Careful With Rewards for Grades

Some families pay for A's.

Others promise a new phone, dinner, money, or another reward for a strong report card.

There is not a simple rule saying parents should never reward academic success.

But it is worth thinking carefully about what behavior the reward emphasizes.

Suppose one child studies diligently, seeks help, improves dramatically, and moves from a 68 to an 84.

Another puts in very little effort and earns a 95 because the material comes easily.

If the only rewarded outcome is:

A = success

then the second student's achievement receives more recognition even though the first may have demonstrated far more growth.

Parents can celebrate outcomes while also recognizing:

Effort

Improvement

Consistency

Independence

Good study habits

Asking for help

Correcting mistakes

Taking on appropriate challenges

Those behaviors are much more within a student's control.

Praise the Process Specifically

Generic praise such as:

“You're so smart!”

feels good.

But compare it with:

“You started studying four days before this test instead of waiting until the night before, and it really showed.”

Or:

“You got that question wrong on the first quiz, went back and figured it out, and got it right this time.”

Or:

“I'm impressed that you emailed your teacher yourself instead of waiting for me to handle it.”

Now the student knows exactly what behavior produced the praise.

Those are behaviors they can repeat.

Let Students Occasionally Learn Something With No Grade Attached

This may sound obvious, but it is worth intentionally protecting.

Read something because it is interesting.

Watch a documentary and look something up afterward.

Learn guitar.

Build something.

Cook something complicated.

Learn about investing.

Study a language.

Visit a museum.

Write something nobody will grade.

Try coding.

Take apart an old computer.

Ask a ridiculous question and spend an hour figuring out the answer.

Children need opportunities to experience learning where nobody eventually says:

“You got an 87.”

Otherwise, it becomes easy to confuse education with evaluation.

Ask Your Student What They Think School Is For

This can lead to an interesting conversation.

Ask:

“Why do you think you go to school?”

Your student may say:

“To get into college.”

Ask:

“Why college?”

Maybe:

“To get a good job.”

Then ask:

“Is that the only thing you think school is supposed to do?”

There is no single correct answer.

But students rarely get asked to think about the purpose of their education.

School can prepare students for future opportunities while also helping them become better:

Readers

Writers

Problem solvers

Communicators

Citizens

Thinkers

Learners

Grades can measure pieces of that.

They cannot define all of it.

Try Changing One Question at Home

Parents do not need to completely redesign how their family talks about school.

Try adding one question.

When your student receives a grade, ask:

“What did you learn from it?”

After a good grade, that might mean:

“What did you do that worked?”

After a bad grade:

“What do you understand now that you didn't understand before?”

After an average grade:

“Is there anything here you still need to work on?”

The grade remains important.

But it becomes the beginning of reflection instead of the finish line.

What Should Academic Success Actually Look Like?

Imagine a student graduating high school with strong grades.

That's wonderful.

Now imagine they also know how to:

Start something without being reminded.

Plan ahead.

Read difficult material.

Ask for help.

Recover from failure.

Communicate clearly.

Identify when they do not understand something.

Learn independently.

Work through frustration.

Evaluate information critically.

Change strategies when something isn't working.

Those abilities are difficult to summarize with a GPA.

But they may ultimately matter much more.

The Bottom Line

Grades matter.

They provide feedback. They open opportunities. They give students goals and help schools measure performance.

The problem begins when students start believing:

The grade is the purpose of learning.

Then the question changes from:

“Do I understand this?”

to:

“What do I need to do to get the points?”

Parents can help restore some balance.

Celebrate the A.

Pay attention to the C.

Check the GPA.

But also ask:

What did you learn?

What was difficult?

What are you getting better at?

What mistake taught you something?

What are you curious about?

What can you do now that you couldn't do before?

A report card can tell you a lot about how your student is performing in school.

It cannot tell you everything about how much they are growing.

Ultimately, the goal should not simply be to raise students who know how to get good grades.

It should be to raise students who know how to learn.

Are Students Reading Less Than They Used To, and Does It Matter?

Think about how a teenager might spend a free 30 minutes today.

They could open TikTok.

Watch YouTube.

Play a video game.

Text friends.

Scroll Instagram.

Put on Netflix.

Or read a book.

For a growing number of young people, the book appears to be losing.

That does not necessarily mean students have stopped reading altogether. They read texts, captions, websites, school assignments, social media posts, and countless other words throughout the day.

But something more specific appears to be declining:

Reading for pleasure.

Federal data show a substantial decline in the percentage of young people who regularly choose to read on their own. At the same time, national reading scores have fallen.

Those two trends do not prove that one caused the other. The story is more complicated than that.

But they raise an important question for parents:

Does it matter if our children rarely choose to read anymore?

The answer appears to be yes.

Students Really Are Reading for Fun Less Often

The decline is not just something parents and teachers imagine.

According to federal data highlighted by the National Endowment for the Arts, only 14 percent of 13 year olds reported reading for fun almost every day in 2023.

In 2012, that number was 27 percent.

In other words, the share of 13 year olds who regularly read for pleasure was nearly cut in half over that period.

The decline can be seen among younger children too.

In 2012, 53 percent of 9 year olds reported reading for fun almost every day.

By 2020, it was 42 percent.

By 2022, it had fallen to 39 percent. Meanwhile, 16 percent of 9 year olds said they never or hardly ever read for fun, the highest share recorded in the data cited by the NEA.

Common Sense Media has found a similar pattern as children get older. Its research found that 35 percent of tweens read for pleasure every day, compared with 22 percent of teens. Nearly a third of teenagers reported reading for pleasure less than once a month or not at all.

So yes:

Students appear to be reading less for pleasure than previous generations of students did.

Adults Are Reading Less Too

Before parents blame teenagers, there is an uncomfortable piece of context worth mentioning.

Adults aren't exactly setting a great example.

According to the National Endowment for the Arts, 48.5 percent of American adults reported reading at least one book during 2022. That was down from 52.7 percent five years earlier and 54.6 percent a decade earlier.

The percentage of adults who reported reading a novel or short story fell from 45.2 percent in 2012 to 37.6 percent in 2022, the lowest rate recorded in the survey's history.

So this is not simply:

“Kids these days don't read.”

Reading for pleasure appears to be declining more broadly.

And families now have more competition for their free time than ever.

Why Does Reading for Pleasure Matter?

A reasonable teenager might respond:

“I already read all day at school. Why do I need to read when I get home?”

Because recreational reading provides something school assignments alone may not.

When students voluntarily read, they accumulate enormous amounts of practice without necessarily thinking of it as practice.

Think about a student who reads for 20 minutes most nights.

They encounter:

New vocabulary.

Complex sentences.

Different writing styles.

Unfamiliar ideas.

Dialogue.

Arguments.

Descriptions.

Figurative language.

Different perspectives.

Background knowledge about the world.

No single reading session transforms them into a better reader.

But the exposure accumulates.

Pages become books.

Books become thousands of sentences.

Thousands of sentences become years of reading experience.

That experience matters.

Reading Builds Vocabulary in a Way That Is Difficult to Replicate

Children do not learn every word because someone explicitly teaches it to them.

Much of vocabulary development happens through repeated exposure to language.

Books are particularly valuable because written language can expose children to words and sentence structures they may encounter less frequently in ordinary conversation.

The American Academy of Pediatrics notes that reading aloud with young children exposes them to richer vocabulary and more complex syntax while supporting language and literacy development.

The same general principle continues as students become independent readers.

Imagine encountering this sentence:

“The scientist was skeptical of the extraordinary claim.”

A student may not know exactly what skeptical means.

But context provides information.

Then they encounter the word again.

And again.

Eventually it becomes part of their vocabulary.

That process happens thousands of times across years of reading.

Vocabulary Matters More Than Students Realize

Vocabulary is not simply about knowing impressive words.

It affects comprehension.

Imagine reading a paragraph where you understand almost every word.

You can focus on the idea.

Now imagine reading a paragraph containing five unfamiliar words.

Suddenly you are trying to understand the vocabulary and the argument simultaneously.

That makes comprehension harder.

This becomes particularly important as students progress through school.

A middle school textbook might introduce:

Photosynthesis

Constitutional

Proportional

Industrialization

Later coursework introduces increasingly specialized language.

Students with broader vocabularies have more existing knowledge to connect new words and concepts to.

Reading helps build that foundation gradually.

Reading Scores Have Fallen Too

This is where the national data become particularly concerning.

The decline in recreational reading has occurred alongside declines in reading performance.

The NEA's review of federal data found that average reading scores among 13 year olds fell from 263 in 2012 to 256 in 2023 on NAEP's long term trend assessment. Declines occurred across the performance distribution.

Younger students have also experienced setbacks.

The average reading score among 9 year olds was 221 in 2012, 220 in 2020, and 215 in 2022.

The pandemic undoubtedly complicates these comparisons. School disruptions occurred during part of this period, and many other factors can influence reading achievement.

So we should not look at these numbers and conclude:

“Kids stopped reading books, therefore test scores fell.”

The data do not establish something that simple.

But the combination deserves attention.

Students are reading recreationally less often.

And students are also struggling more on measures of reading performance.

Reading Is Bigger Than English Class

Parents sometimes think of reading ability as something that primarily matters in English.

It doesn't.

Consider a biology question:

A student needs to understand the experiment, interpret a graph, determine what the question is asking, distinguish between four similar answer choices, and select the best conclusion.

That requires science knowledge.

But it also requires reading.

The same is true in:

History

Chemistry

Physics

Math word problems

SAT and ACT questions

AP courses

College classes

A student who struggles to understand complicated written information can encounter difficulties even when the subject is not technically “English.”

Reading is one of the foundational tools students use to access almost everything else they learn.

What About Audiobooks?

Audiobooks deserve more nuance than simply declaring:

“That doesn't count as reading.”

Listening to a well written book can expose students to vocabulary, ideas, storytelling, background knowledge, and complex language.

The NEA itself notes that estimates of book engagement rise when audiobook listening is included.

For reluctant readers, struggling readers, or students who spend significant time in the car, audiobooks can be an excellent way to experience books.

But listening and visually reading text are not identical tasks.

Students still need practice actually decoding and comprehending written language.

A useful family approach does not need to choose one or the other.

Read books. Listen to books. Talk about books.

The larger goal is sustained engagement with language and ideas.

The Bigger Competition May Be Short Form Entertainment

Books face a difficult competitor.

A novel may require a student to read 30 pages before becoming completely absorbed in the story.

A short form video can provide entertainment in three seconds.

Then another video appears.

And another.

And another.

That does not mean short form media is inherently bad.

But it creates a very different experience.

Reading requires the student to actively construct much of the experience themselves.

There are no actors.

No soundtrack.

No rapid cuts.

No constant stream of new content.

The reader has to imagine the setting, follow the argument, remember characters, connect ideas, and remain with the material.

For students accustomed to extremely rapid entertainment, a book may initially feel slow.

That does not necessarily mean they dislike reading.

They may simply have lost the habit of doing it.

“My Child Hates Reading”

This is where parents can accidentally make the problem worse.

A child who does not enjoy reading is told:

“You need to read more.”

So the parent selects a serious book at the child's “appropriate reading level.”

The child has to read 30 minutes every night.

Then the parent quizzes them afterward.

Reading has now become another homework assignment.

That is probably not the experience we are trying to create.

If the goal is recreational reading, enjoyment matters.

Common Sense Media recommends giving reluctant readers substantial choice and warns that forcing reading, comparing children with others, or turning it into punishment can increase resistance.

The first goal may simply be:

Find something your child actually wants to read.

Let Them Read Things You Wouldn't Have Chosen

Parents sometimes have an idea of what “real reading” should look like.

Classic novels.

Award winning literature.

Educational nonfiction.

Those things are wonderful.

But your 12 year old might want:

A graphic novel.

A fantasy series.

A book about basketball.

A mystery.

A celebrity memoir.

A book about Minecraft.

A comic.

A horror novel.

A book they have already read twice.

That is okay.

A student who becomes absorbed in something they genuinely enjoy is developing a reading habit.

You can expand their choices later.

First, make reading something they voluntarily do.

Take Your Student to the Library and Don't Choose the Book

This is an extremely simple strategy.

Go to the library.

Give your student time.

Let them wander.

Then say:

“Pick anything that looks interesting.”

Not:

“That's too easy.”

Not:

“Why don't you read something educational?”

Not:

“You already read that series.”

Choice matters.

A student is much more likely to read a book they selected because they wanted it than one assigned by a parent.

And libraries make experimentation inexpensive.

If they read 30 pages and hate it?

Return it.

Try something else.

Finding the right book is part of becoming a reader.

Create a 20 Minute Reading Window

Families do not need to aim for an hour of reading every night.

Start smaller.

Try:

20 minutes before bed.

Or:

20 minutes after dinner.

Or:

20 minutes on Sunday morning.

The important part is protecting a small amount of time when reading does not have to compete with everything else.

Phones can go somewhere else.

Parents can read too.

No worksheets.

No reading logs.

No quiz afterward.

Just:

Twenty minutes with a book.

Over a school year, that adds up to a remarkable amount of reading.

Let Your Children See You Read

This may be one of the simplest things parents overlook.

If children constantly hear:

“Reading is important.”

but never see an adult voluntarily open a book, they notice the contradiction.

You do not need to read literary fiction.

Read:

A biography.

A mystery.

History.

Science fiction.

A cookbook.

A business book.

A sports book.

Whatever genuinely interests you.

Leave books around the house.

Talk about something interesting you read.

Say:

“This book is getting really good.”

Reading begins to look less like something adults assign to children and more like something people actually do because they enjoy it.

Read With Younger Children for as Long as They'll Let You

Parents sometimes stop reading aloud once a child becomes capable of reading independently.

Those two activities do not have to be mutually exclusive.

The American Academy of Pediatrics strongly encourages shared reading beginning in infancy because of its relationship with language, literacy, cognitive development, and parent child interaction. Its updated guidance continues to describe shared reading as an important way of supporting development and school readiness.

As children grow, parents can continue reading together.

Take turns reading chapters.

Read a series together.

Listen to an audiobook in the car.

Talk about what is happening.

The goal is not simply decoding words.

It is building a family culture where books are normal.

Talk About Books Without Turning It Into School

You do not need to ask:

“What was the main theme?”

Try:

“Is it good?”

“What's happening?”

“Who's your favorite character?”

“Is there anyone in the book you can't stand?”

“Would you recommend it?”

“What do you think is going to happen?”

Those are real conversations readers have about books.

If your student gets excited and explains the entire plot for ten minutes, listen.

That enthusiasm is exactly what you want.

Don't Panic About Reading Level During Recreational Reading

Students absolutely need exposure to appropriately challenging material.

School provides plenty of that.

Recreational reading can serve a different purpose.

If your teenager occasionally wants to read something relatively easy because they enjoy it, that is not necessarily a problem.

Think about your own reading.

Adults do not always select the most intellectually demanding book they can possibly understand.

Sometimes we want something fun.

Students are allowed to experience that too.

A child who reads five enjoyable books is getting far more reading practice than a child who spends two months avoiding one “better” book.

What If My Student Truly Struggles to Read?

This is different.

Sometimes:

“I hate reading”

actually means:

“Reading is unusually difficult for me.”

If your student consistently struggles with reading fluency, decoding, comprehension, vocabulary, or understanding age appropriate texts, simply telling them to read more may not address the underlying issue.

Pay attention to signs such as:

Avoiding reading whenever possible.

Reading significantly more slowly than expected.

Frequently losing their place.

Difficulty explaining what they just read.

Guessing unfamiliar words.

Strong comprehension when listening but much weaker comprehension when reading independently.

Persistent difficulty despite practice.

In that situation, talk with the student's teacher and determine whether further academic support or evaluation may be appropriate.

A student who finds reading exhausting for a genuine academic reason needs something different from a student who would simply rather be on TikTok.

Don't Turn This Into Another Thing Parents Need to Perfect

Parents are busy.

Students are busy.

Not every family is going to sit around the fireplace reading novels together for an hour every evening.

You don't need to.

A realistic approach might be:

Go to the library every few weeks.

Let your student choose what they read.

Keep books visible and accessible.

Try 20 minutes of phone free reading a few nights per week.

Use audiobooks during long drives.

Talk about books occasionally.

Let your children see you reading.

That is enough to begin changing the environment.

The Bottom Line

Are students reading less than they used to?

Yes, particularly when it comes to reading for pleasure.

Federal data show that the percentage of 13 year olds reading for fun almost every day fell from 27 percent in 2012 to just 14 percent in 2023. Among 9 year olds, it fell from 53 percent in 2012 to 39 percent in 2022.

At the same time, national reading performance has declined. Those trends occurred alongside enormous disruptions from the pandemic and many other changes in children's lives, so we should not pretend that recreational reading alone explains the decline.

But reading remains one of the most powerful ways students encounter vocabulary, complex language, new ideas, and sustained written thought.

Parents do not need to force children through a list of classics to respond.

Start much smaller.

Find something they actually enjoy.

Let them choose it.

Make books easy to access.

Create some time when screens are not competing for attention.

Let them see you read.

And remember that the first goal of recreational reading is not necessarily to finish the most impressive book.

It is to create a student who occasionally reaches for a book when nobody is making them.

That habit can follow them much further than any single assigned novel.

How Can Parents Help Their Student Find Meaning in Learning?

Every parent knows the dreaded phrase:

“Why do I have to learn this? I’m never going to use this stuff.”

Maybe your student is staring at a page of quadratic equations.

Maybe they are memorizing the stages of mitosis, analyzing a poem, or trying to remember what happened during the French Revolution.

And as a parent, it can be tempting to respond:

“Because it’s going to be on the test.”

Or:

“Because you need a good grade.”

Or the classic:

“Because your teacher said so.”

None of those answers are necessarily wrong.

But they also miss the larger question your student is asking:

What is the point of learning something I may never use again?

That is actually a reasonable question.

The answer is not that every student will eventually use every formula, vocabulary word, historical date, or literary device they learn in school.

They won’t.

The value of education is much bigger than that.

Students are not just learning information.

They are learning how to think, solve problems, communicate, persist through difficulty, understand the world, and learn things they do not already know.

Helping students recognize that bigger purpose can make school feel less like an endless series of assignments and more like something they are actually participating in.

Start by Admitting That They Might Be Right

Suppose your teenager asks:

“When am I ever going to use factoring as an adult?”

You do not need to invent an unrealistic scenario in which their future boss urgently needs them to factor a polynomial.

Try saying:

“Honestly, you might not use this exact type of math very often. But that doesn’t mean there’s no value in learning it.”

That answer gives you somewhere useful to go.

A student learning algebra is not only learning algebra.

They are practicing how to take an unfamiliar problem, identify what they know, follow a logical process, recognize patterns, make mistakes, correct those mistakes, and eventually arrive at a solution.

Those abilities have applications far beyond math.

The same is true across subjects.

A history student is not simply memorizing what happened in 1776.

They are learning to examine evidence, understand cause and effect, distinguish between perspectives, and make sense of why people and societies behave the way they do.

An English student is not simply writing another essay about a book.

They are practicing how to develop an idea, support it with evidence, and communicate it clearly.

A science student is learning to ask questions, test explanations, interpret evidence, and change conclusions when the evidence does not support them.

The content matters. But so does what learning the content requires the student to do.

Relevance Really Does Matter

Students are not wrong for wanting to know why something matters.

Research on student motivation has repeatedly explored the importance of perceived value and relevance.

One influential study published in Science tested an intervention in which high school students were asked to connect what they were learning in science with their own lives. Researchers found improvements in science grades, particularly among students who initially had lower expectations of succeeding in the course. Read the study in Science

The takeaway for parents is not that we need to convince our children that every worksheet is fascinating.

It is that students can become more engaged when they see a reason for learning beyond:

“I need these points.”

Parents can help students find those connections.

Connect School to the Things Your Student Already Cares About

You know your child better than their teachers do.

Use that.

A student who loves sports is surrounded by statistics, probability, physics, biology, economics, and psychology.

A student who loves cars can find connections to physics, engineering, chemistry, design, finance, and computer science.

A student interested in social media is interacting with algorithms, psychology, marketing, statistics, writing, design, and business every day.

Someone who loves cooking encounters chemistry, ratios, fractions, culture, history, and biology.

A student interested in money has an immediate reason to understand percentages, compound growth, probability, statistics, and economics.

You do not need to turn every homework assignment into a real world project.

Sometimes you just need to help your student notice:

“The things you learn in school aren't as disconnected from the rest of your life as they sometimes seem.”

Help Students Understand the Difference Between Information and Skills

This distinction can completely change the conversation.

A student may forget the exact details of cellular respiration ten years from now.

But they may retain the ability to understand a complicated process.

They may forget many of the books they read in English class.

But they may become substantially better readers and writers because they read them.

They may forget the specific historical events covered on an exam.

But they may develop a better understanding of how governments, institutions, conflicts, and societies change.

Think about learning to exercise.

Someone who lifts weights is not preparing for a future in which they will need to perform three sets of ten squats in an emergency.

The exercise develops something.

Education often works the same way.

The assignment is not always the final product.

Sometimes the assignment is the exercise.

Help Them See That Understanding Makes the World More Interesting

There is another benefit of education that is harder to measure on a report card.

Knowing things makes the world more interesting.

Walk through Washington, D.C. without knowing American history and you see buildings and monuments.

Learn the history behind them and suddenly you see stories, conflicts, personalities, ideas, and decisions.

Look at the night sky without knowing astronomy and you see stars.

Learn a little astronomy and you begin seeing planets, constellations, enormous distances, nuclear fusion, and the history of the universe.

Listen to music without understanding music and you can certainly enjoy it.

Learn something about rhythm, harmony, composition, or the history of a genre and you begin noticing things you never noticed before.

Knowledge gives us more to see.

This is one reason the question:

“When am I ever going to use this?”

can be too narrow.

Not everything worth knowing needs to become a job skill.

Sometimes knowledge simply makes the world larger.

Curiosity Often Comes After Knowledge

Students sometimes assume:

“If I’m not interested in this immediately, it must not be interesting.”

But curiosity does not always come first.

Sometimes knowledge creates curiosity.

Football is confusing if you do not understand the rules.

Chess can look incredibly boring if you do not understand the strategy.

History can feel like an endless collection of names and dates until you understand enough to see the people, conflicts, incentives, and ideas connecting them.

Chemistry can seem like meaningless symbols until you understand that those symbols describe the physical world around you.

Students may need to get past the initial difficulty of a subject before they are capable of finding it interesting.

That is an important reason not to immediately abandon something because:

“I don't like this.”

Sometimes what a student really means is:

“I don't understand this yet.”

Ask Questions Instead of Giving Speeches

When students complain about school, parents often feel the need to convince them that education is important.

That can quickly become a lecture.

Instead, try asking questions.

If your student says:

“History is pointless.”

ask:

“What are you learning about right now?”

Then:

“What do you think is interesting about that period?”

Or:

“Why do you think people made that decision?”

If your student hates a book:

“What don't you like about it?”

“Do you think the character made the right decision?”

If they think statistics is pointless:

“How do you think companies use statistics to convince people to buy things?”

If they are frustrated with science:

“What's the weirdest thing you've learned in this unit?”

You are not trying to trick them into loving the subject.

You are helping them move from:

“I have to finish this.”

toward:

“There is actually something here to think about.”

Talk About Learning, Not Just Grades

Parents naturally ask about grades because grades are easy to measure.

“What did you get on the test?”

“What's your grade in math?”

“Did that assignment bring your grade up?”

Those are reasonable questions.

But imagine if those are the only questions a student hears about school.

It would be easy for them to conclude:

The entire purpose of education is accumulating points.

Then students start thinking accordingly.

Is this graded?

How many points is this worth?

What's the minimum I need to get an A?

Can I get extra credit?

The grade becomes the goal rather than a measurement of learning.

Parents can subtly change that by occasionally asking different questions:

“What are you learning about right now?”

“What was the most interesting thing you learned this week?”

“What's the hardest thing you're trying to understand?”

“What finally clicked for you?”

“Is there anything you understand now that you didn't understand a month ago?”

Those conversations send a different message.

Learning itself matters.

Point Out Progress Students Cannot See

Students spend so much time looking at the next assignment that they rarely notice how much they have already learned.

A student struggling with Algebra II may forget that Algebra I once seemed incredibly difficult.

A high school student writing a five page research paper may not remember when writing two pages felt overwhelming.

A student reading a difficult novel may not notice that their reading comprehension is dramatically stronger than it was several years ago.

Occasionally ask:

“Think about where you were at the beginning of the year. What can you do now that you couldn't do then?”

That helps students see education as something more than:

Assignment.

Test.

Grade.

Next assignment.

They can begin to see themselves becoming more capable.

Give Students Something Bigger to Work Toward

Students do not necessarily need to know their future career.

In fact, one of the purposes of education is to help them discover possibilities they do not yet know exist.

But having some sense of direction can make school feel more meaningful.

Ask:

“What are you interested in getting really good at?”

“What kind of problems do you enjoy solving?”

“What subjects do you wish you knew more about?”

“What kind of life sounds interesting to you?”

“Is there anything you'd love to learn that school doesn't teach you?”

The answer might be medicine.

Or architecture.

Or owning a business.

Or animals.

Or filmmaking.

Or computers.

Or music.

Or something completely different.

You do not need to turn that interest into a career plan.

Just help your student begin connecting:

Who am I becoming?

with:

What am I learning?

Education Also Keeps Doors Open

There is another practical answer to:

“Why do I need to learn this?”

Your student does not yet know what their future self will want.

A 14 year old who decides:

“I'm never going to need math.”

is making a pretty enormous prediction about the rest of their life.

The teenager who thinks they hate science may discover psychology three years later.

The student who thinks writing is useless may decide they want to become an attorney.

The student who cannot imagine needing statistics may eventually run a business.

One of the purposes of education is to build enough capability that students have choices.

Learning something today does not force them to use it tomorrow.

But refusing to learn it can sometimes close doors before they even know what is behind them.

Give Your Student Some Ownership Over Their Education

Meaning is harder to find when school feels like something everyone else is controlling.

Teachers assign the work.

Parents check the grades.

Schools create the schedules.

Adults decide what success looks like.

Whenever possible, give some of that responsibility back.

Let your student decide:

Which assignment to tackle first.

How to organize their study schedule.

Whether they want to try independently before asking for help.

What topic to choose when a project offers options.

Which book to read when they are given a choice.

What academic goal they want to set.

Parents can provide structure without taking ownership away.

The long term goal is not:

“My child does school because I make sure they do.”

It is:

“My child understands that this is their education.”

Let Your Student See You Learning

One of the best ways to make learning feel meaningful is to demonstrate that it does not end with school.

Let your children see you read.

Tell them when you learned something interesting.

Admit when you do not know something.

Look things up together.

Talk about something new you had to learn for work.

Explain how you changed your mind after learning more about something.

Say:

“I actually don't know the answer to that. Let's find out.”

Children can easily develop the impression that school is where young people learn things until they eventually become adults who already know everything.

Real life looks nothing like that.

Successful adults constantly encounter things they do not understand.

One of the most valuable abilities students can develop is the confidence to say:

“I don't know how to do this yet, but I know how to learn.”

Do Not Try to Make Every Assignment Meaningful

There is an important limit to all of this.

Some homework really is boring.

Some assignments are repetitive.

Some classes will not connect with your student.

Some material may never become personally meaningful.

That is okay.

Students also need to learn that something does not have to be fascinating to be worth doing.

Adults fill out forms.

Answer emails.

Sit through meetings.

Clean kitchens.

Pay bills.

Complete paperwork.

Not every responsibility provides a sense of purpose.

Students need both ideas:

Learning can be deeply meaningful.

and

Sometimes you do the work because it is your responsibility.

Parents do not need to turn every worksheet into a philosophical discussion.

The goal is simply to make sure students occasionally see the forest instead of spending their entire education staring at individual trees.

What Should I Say When My Student Asks, “Why Do I Have to Learn This?”

Try something like:

“You might be right that you won't use this exact thing when you're older. But that's not the only reason you're learning it. You're also practicing how to solve problems, understand difficult ideas, communicate, and figure things out when you don't immediately know the answer. And you don't know yet which things you're learning now might become useful or interesting to you later.”

Then ask:

“What do you think you might be learning from this besides the actual material?”

You may not get a profound answer.

You might get an eye roll.

That's okay too.

The point is to gradually change the way your student thinks about education.

The Bottom Line

Students are going to forget things they learn in school.

They will forget formulas.

Dates.

Vocabulary words.

Books.

Scientific terms.

Probably quite a lot of them.

That does not mean the time spent learning those things was wasted.

Education is partly about knowledge.

But it is also about becoming someone who can:

Read carefully.

Write clearly.

Think logically.

Evaluate evidence.

Solve unfamiliar problems.

Ask good questions.

Persist when something is difficult.

Recognize when they are wrong.

Understand perspectives different from their own.

Learn something they do not already know.

And perhaps most importantly, education gives students opportunities to discover things they did not know they cared about.

So the next time your student says:

“I'm never going to use this.”

you do not have to convince them that they definitely will.

Instead, help them ask a better question:

“What might learning this help me become better at?”

That question gets much closer to the real purpose of an education.

Is Social Media Harming My Child’s Learning? What Parents Should Know

Your student sits down to do homework at 7:00.

Their phone is beside them.

A few minutes later, a notification comes in. They check it.

Back to homework.

Then a group chat lights up.

Back to homework.

Then they open TikTok or Instagram for what was supposed to be a minute.

At 9:00, they are still working on an assignment that might have taken an hour with uninterrupted attention.

When parents think about social media and teenagers, the conversation often centers on mental health. But there is another question worth asking:

What is social media doing to our children’s ability to learn?

The research does not support saying that social media is universally harmful to every child. The American Psychological Association specifically notes that social media is not inherently good or bad, and its effects vary considerably depending on the student, how platforms are used, and what they are exposed to.

But when social media begins competing with attention, homework, sleep, and time spent learning, parents have legitimate reasons to be concerned.

Social Media Is Now a Major Part of Teenage Life

For most teenagers, social media is not an occasional activity.

The U.S. Surgeon General reported that up to 95 percent of 13 to 17 year olds use a social media platform. Nearly two thirds report using social media every day, and roughly one third report using it “almost constantly.”

That does not mean 95 percent of teenagers are being harmed by social media.

But it does mean these platforms are competing for a significant portion of students' time and attention.

And attention is essential for learning.

The Academic Problem May Be Interruption

Imagine two students preparing for the same biology test.

Student A

Studies for 45 minutes with their phone in another room.

Then takes a break and spends 20 minutes on social media.

Student B

Studies for 45 minutes with their phone beside them.

During that time, they answer three texts, check two notifications, watch a video a friend sent them, and scroll through social media twice.

Both students technically spent 45 minutes “studying.”

Those were not necessarily equivalent study sessions.

The second student's attention repeatedly shifted away from biology and then had to return to it.

This is particularly relevant because many social media platforms are specifically designed to encourage continued engagement.

The APA has highlighted features including push notifications, infinite scrolling, and a lack of natural stopping points as potentially problematic for young users. Its review notes that push notifications can encourage distraction and that repeatedly shifting between tasks may interfere with students' ability to focus during class and homework.

What Does the Research Say About Grades?

There is evidence of a relationship between off task smartphone and social media use and academic performance, although parents should be careful not to interpret every association as proof of cause and effect.

A 2025 systematic review examined 34 studies of children and adolescents ages 7 through 18. The researchers found that off task smartphone and social media use was associated with academic achievement, with negative relationships found in most of the studies reviewed.

That does not mean:

“Using Instagram causes bad grades.”

There are many factors involved in academic performance.

But the overall finding supports something parents may already observe at home:

Students generally do not do their best academic work while simultaneously participating in social media.

Homework Can Take Much Longer Than It Needs To

This may be one of the easiest warning signs for parents to notice.

Your student says:

“I have so much homework. I've been working for three hours.”

That may be true.

But there is an important distinction between:

Three hours sitting with homework

and

Three hours actually doing homework.

If those three hours include texting, social media, videos, notifications, and repeatedly picking up the phone, the student's workload may not be the only reason homework is taking so long.

Before concluding that a class is assigning an unreasonable amount of work, try an experiment.

Put the phone in another room.

Set a timer.

Work for 30 uninterrupted minutes.

Then compare how much gets accomplished.

Some families may discover that the problem was not entirely the amount of homework.

It was the amount of interrupted homework.

Social Media Can Affect School Through Sleep Too

Not every academic effect happens while students are studying.

Consider what happens at bedtime.

A student gets into bed at 10:30 and checks their phone.

Ten minutes becomes thirty.

Thirty minutes becomes an hour.

The alarm still goes off at the same time the next morning.

Now that student has to spend the school day learning new material, paying attention, remembering information, solving problems, and taking assessments while tired.

The APA recommends limiting social media so that it does not interfere with adolescent sleep and notes that technology use near bedtime, particularly social media use, is associated with sleep disruption.

The APA's more recent review also notes that sleep disruption can negatively affect attention and academic performance.

So when parents think about the relationship between phones and grades, bedtime matters too.

The Question Is Not Just “How Much Screen Time?”

Total screen time can be useful information.

But parents should ask another question:

What is the screen time replacing?

An hour on social media might replace:

Sleep

Homework

Reading

Exercise

Time outside

Face to face interaction

A hobby

Time with family

or simply:

Doing nothing for a while

This idea of displacement is one of the major concerns discussed by social psychologist Jonathan Haidt in his book The Anxious Generation.

Haidt argues that childhood has shifted from a more play based environment toward what he calls a phone based childhood, with smartphones and social media displacing sleep, face to face interaction, independent activity, and time in the physical world.

His interpretation of the research has generated significant discussion and debate, and researchers do not universally agree about the size or causal nature of social media's effects.

But the displacement question itself is useful for parents:

What would my child be doing if they were not spending this time on their phone?

Sometimes the answer may not matter very much.

Other times, it matters enormously.

How Can Parents Tell If Social Media Is Interfering With Learning?

Look for patterns rather than one isolated behavior.

Possible warning signs include:

• Homework routinely takes much longer than expected

• Your student checks their phone constantly while working

• They struggle to study for even 20 or 30 minutes without looking at the phone

• Homework increasingly gets pushed late into the evening

• Your student regularly stays up later than intended scrolling

• They complain that they studied for hours but retained very little

• Grades are slipping while phone use is increasing

• Your student repeatedly says they cannot control how long they spend on certain apps

• Social media interferes with assignments, studying, sleep, or other responsibilities

The APA identifies difficulty stopping, repeatedly spending longer on social media than intended, strong cravings to use it, and disruption of educational opportunities or important daily activities as potential signs of problematic social media use.

One or two of these behaviors do not automatically mean a child has a serious problem.

But they are worth noticing.

What Can Parents Actually Do?

The solution does not necessarily need to be:

“No more social media.”

For many families, a better starting point is creating boundaries around when social media should not be competing for attention.

1. Make Homework Phone Free

This is probably one of the simplest changes families can try.

When homework begins, put the phone somewhere else.

Not face down on the desk.

Not underneath the textbook.

In another room.

Then try:

30 to 45 minutes of uninterrupted work

followed by

a short break.

If students need their phones for a legitimate assignment, they can use them for that purpose and put them away afterward.

The point is not punishment.

It is creating an environment where the student's brain only has one job.

2. Protect Sleep

Consider creating a family charging station outside bedrooms.

At an agreed upon time, phones go there for the night.

That eliminates one of the hardest forms of self control teenagers face:

Trying to stop using an entertaining device while lying in bed with absolutely nothing else competing for their attention.

Parents do not necessarily need to choose the same cutoff time for every child.

The important part is protecting enough time for sleep.

3. Turn Off Unnecessary Notifications

Does your student really need to know immediately that:

Someone liked a post?

A creator uploaded a video?

A group chat received another message?

Someone went live?

Most of those things can wait.

Keep genuinely important communication available.

Disable the rest.

Every notification you eliminate is one fewer invitation to stop what you are doing.

4. Create Phone Free Parts of the Day

Families do not need to be phone free all day.

Choose specific times.

For example:

Homework

Dinner

Family activities

The final hour before bed

Maybe even:

The first 30 minutes after waking

Predictable boundaries are often easier than constantly negotiating:

“You've been on your phone too much today.”

5. Let Your Student See Their Own Data

Most phones can show students how much time they spend on individual apps.

Look at it together.

Do not begin with:

“That's ridiculous. You're wasting five hours a day.”

Ask:

“Is that about what you expected?”

Then:

“Are you happy with that amount?”

A teenager who thinks they spend 45 minutes per day on social media may be surprised to discover the actual number.

Awareness can be more useful than another lecture.

6. Run a Two Week Experiment

If your student does not believe their phone affects school, test it.

For two weeks:

Phone stays outside the room during homework.

Nonessential notifications stay off.

Phone charges outside the bedroom.

No social media during the final hour before sleep.

Then compare.

Did homework take less time?

Did the student get to bed earlier?

Was studying easier?

Did they procrastinate less?

Did they feel more focused?

This turns the conversation from:

“Phones are ruining your brain.”

into:

“Let's see whether changing this actually makes your life easier.”

Parents Need to Look at Their Own Habits Too

Family rules become harder to defend when adults are constantly checking their own phones.

Imagine telling your teenager:

“Put your phone away. We're having dinner.”

Then answering three notifications during dinner.

Children notice.

The APA specifically recommends that caregivers consider their own social media habits because adult behavior can influence how adolescents use technology.

Parents do not need perfect habits.

But it helps if:

Phone free dinner means phone free dinner for everyone.

Younger Children Give Parents an Opportunity to Set Expectations Early

Families with younger children do not have to wait until problematic habits appear.

Social media boundaries can be established before children receive unrestricted access.

That might mean:

Delaying social media.

Introducing one platform rather than several simultaneously.

Keeping accounts private.

Setting time limits.

Keeping devices out of bedrooms.

Reviewing privacy and safety settings together.

Gradually giving children more independence as they demonstrate they can handle it.

The APA recommends greater adult monitoring, discussion, and coaching during early adolescence, with independence increasing as young people mature and develop stronger digital literacy and self regulation.

Do Not Make This Entirely About Grades

A student can maintain good grades and still have an unhealthy relationship with their phone.

Maybe they complete homework successfully but it takes twice as long.

Maybe they compensate by staying up until midnight.

Maybe they cannot read for 30 minutes without checking notifications.

Maybe every moment of boredom immediately requires stimulation.

Grades matter.

But parents can also ask:

Can my child concentrate when something is difficult?

Can they put their phone away voluntarily?

Can they tolerate being bored?

Are they getting enough sleep?

Can they spend time with friends without everyone being on a screen?

Is their phone making their life better, or simply occupying more of it?

Those questions may reveal things a report card cannot.

What the Research Does Not Tell Us

Parents should be cautious about overly dramatic claims.

Researchers have found associations between some forms of social media and smartphone use and negative outcomes, but that does not mean social media causes every academic, psychological, or behavioral problem observed among teenagers.

The APA emphasizes that the effects vary substantially between adolescents and that strong causal evidence remains limited in several areas.

The Surgeon General has taken a similarly cautious position: there are potential benefits as well as harms, but the evidence is not currently sufficient to conclude that social media is adequately safe for children and adolescents.

That uncertainty is actually a useful reason for parents to focus on behaviors they can observe directly.

You do not need a scientific study to tell you whether your student is staying up until midnight on TikTok.

You can see whether homework takes three hours because the phone is checked every five minutes.

You can observe whether your child can put the device away when it is time to study.

Those are problems families can address regardless of the broader scientific debate.

The Bottom Line

Is social media harming your child's learning?

For some students, it may be interfering significantly.

For others, it may not be.

The answer depends less on whether your child has social media and more on what happens when social media begins competing with:

Focused attention

Homework

Studying

Sleep

Reading

Exercise

Relationships

Life away from a screen

Research gives parents reason to take those tradeoffs seriously. A 2025 systematic review of 34 studies found that relationships between off task smartphone and social media use and academic achievement were negative in most of the studies reviewed.

But parents do not need to panic or declare war on technology.

Start smaller.

Protect homework time.

Protect sleep.

Turn off unnecessary notifications.

Create phone free periods.

Talk openly about social media.

Model some of the same behaviors you expect from your children.

Then pay attention to what happens.

The goal is not to raise a child who never uses technology.

It is to raise a child who can eventually decide:

“I need to focus right now, so I'm putting my phone away.”

In a world designed to constantly compete for their attention, that may become one of the most valuable study skills they can develop.

Is AI Doing Your Student’s Homework? What Parents Need to Know

A few years ago, when a student came home with a worksheet, essay, or set of math problems, parents could generally assume one thing:

If the assignment was completed, the student probably did most of the work required to complete it.

Artificial intelligence has changed that assumption.

A student can now take a picture of a math problem and receive a solution almost instantly.

They can ask AI to write an essay, answer study guide questions, summarize an assigned reading, solve chemistry problems, create discussion posts, or rewrite their work until it sounds polished.

And this is no longer something only a small group of students are experimenting with.

AI has become a normal part of schoolwork for many American teenagers.

The question for parents is no longer simply:

“Is my student using AI?”

A much more useful question is:

“What is my student allowing AI to do for them?”

Because there is a huge difference between using AI to help you learn and using AI to avoid learning.

How Many Students Are Actually Using AI for School?

A lot.

A nationally representative 2026 Common Sense Media survey of 1,017 U.S. teens found that 70 percent of teenagers use AI for schoolwork. Among the teens who use it, 63 percent reported using AI to get an answer to their schoolwork.

College Board research tells a similar story. In surveys conducted during the 2024 to 2025 school year, the percentage of high school students reporting that they used generative AI for schoolwork increased from 79 percent in January 2025 to 84 percent by May. In that May survey, 69 percent reported using ChatGPT specifically to help with assignments and homework.

The growth has been remarkably fast.

Pew Research Center found in 2024 that about a quarter of U.S. teens had used ChatGPT for schoolwork, approximately double the share measured the previous year.

Different surveys ask different questions and define AI use differently, which helps explain the varying percentages. But the overall trend is difficult to miss:

AI use for schoolwork has become mainstream.

But Are Students Actually Cheating With It?

This is where the answer becomes more complicated.

Using AI for school is not automatically cheating.

Consider these two students.

Student A

A student does not understand a chemistry problem.

They ask AI:

“Don't solve this for me. Explain what concept I need to use and give me a hint.”

The student then solves the problem.

Student B

Another student photographs the same chemistry problem, asks AI to solve it, copies the solution onto the homework, and submits it.

Both students “used AI.”

But educationally, those are completely different behaviors.

The newer research suggests students are doing both.

Common Sense Media found that among teens who use AI for schoolwork, 77 percent use it for forms of help that do not involve simply getting an answer, such as brainstorming or checking their work. At the same time, 63 percent said they also use AI to get answers.

Among AI using teens, 25 percent said they sometimes take an AI generated answer as is, 31 percent said they rewrite the answer to sound like them, and 35 percent said they improve an AI answer using what they already know. Students could report more than one behavior.

So the reality is more complicated than:

“Students who use AI are cheating.”

The same student might use AI appropriately to study for biology on Tuesday and use it to complete an English assignment for them on Wednesday.

Students Themselves Seem to Recognize the Problem

One of the most interesting findings from the 2026 Common Sense Media research is that teenagers appear to recognize some of the tradeoffs.

Among teens using AI, 38 percent said having AI available causes them to generate fewer ideas of their own.

Another 39 percent said they feel like they are missing out on learning when they use AI to complete assignments.

That should get parents' attention.

Students do not necessarily need an adult to tell them AI can become a shortcut.

Many of them already recognize it.

The challenge is that the shortcut is incredibly convenient.

The Bigger Problem May Not Be Cheating

Imagine your student has 20 Algebra II problems for homework.

They use AI to solve 12 of them.

The next morning, their homework is complete.

They receive a:

100 percent.

From the outside, everything looks great.

But the purpose of those 20 questions was not really to produce 20 answers.

The purpose was to give the student 20 opportunities to practice Algebra II.

If AI completed most of the thinking, the student received the points without receiving the practice.

That creates a dangerous situation for parents because grades can temporarily hide the problem.

You might see:

Homework: 100 percent

Homework: 95 percent

Homework: 100 percent

Quiz: 68 percent

Then everyone wonders:

“How did this happen? You were doing so well on the homework.”

The answer may be that homework completion no longer tells us as much about independent mastery as it once did.

AI Can Create an Illusion of Academic Success

This does not apply only to math.

Imagine an English student who struggles to organize an argument.

Every time they receive an essay assignment, AI helps generate the outline.

Then AI improves the thesis.

Then it rewrites awkward paragraphs.

The final essay may be quite good.

But what happens when the student has to write independently?

The polished final product can hide the fact that the underlying skill never developed.

The same thing can happen when AI:

Summarizes the book instead of the student reading it.

Answers history questions instead of the student retrieving the information.

Translates Spanish sentences instead of the student constructing them.

Writes code instead of the student debugging it.

Solves physics problems instead of the student deciding which equation to use.

A completed assignment is not necessarily evidence of learning.

That has always been true to some extent.

AI has simply made the gap much easier to create.

Why This Matters Even If the Student Never Gets Caught

A lot of conversations about AI and school focus on academic integrity.

Will the teacher know?

Can AI detectors catch it?

Is this technically against the rules?

Those questions matter.

But parents should also ask a more important one:

“What happens if nobody catches it?”

Suppose a student successfully uses AI to complete homework for an entire semester.

No teacher notices.

They receive good grades.

Was that a success?

Not necessarily.

Eventually, the student encounters a situation where the support disappears.

A closed note test.

The SAT or ACT.

An AP exam.

A college course.

A job interview.

A problem at work.

At some point, they are expected to produce the skill themselves.

The consequence of overusing AI is not simply getting caught.

It is potentially reaching that moment without having developed the ability everyone assumed you had.

Parents May Not Know How Much Their Students Are Using AI

This is another reason families should discuss the issue directly.

In a 2024 Common Sense Media study of more than 1,000 U.S. teens and their parents, only 37 percent of parents whose teenager reported using generative AI knew their teenager had used it.

Almost half of parents said they had not discussed generative AI with their families at all.

The answer probably is not surveillance.

It is conversation.

Do Not Start With “Are You Cheating With ChatGPT?”

That question almost guarantees a defensive answer.

Instead, ask:

“How are kids in your classes using AI?”

Then:

“What do you use it for?”

You may learn much more.

Your student might say:

“I use it when I don't understand my math homework.”

Great. Now ask:

“What do you ask it to do?”

That is where the important distinction appears.

Maybe they ask for an explanation.

Maybe they ask for the answer.

Maybe they start with an explanation but ask for the answer when they become frustrated.

The goal of the conversation should initially be to understand the behavior.

Establish a Family Rule: AI Can Help, but You Still Have to Think

Parents do not necessarily need a complicated AI policy.

Start with one principle:

AI can support your work. It should not replace the work your brain is supposed to be practicing.

That produces some fairly intuitive boundaries.

Usually Productive

“Explain this concept differently.”

“Give me a hint.”

“Create five practice questions.”

“Quiz me on these notes.”

“Tell me what's unclear about this paragraph, but don't rewrite it.”

“I solved this problem. Check my work.”

The student still has to think.

Cause for Caution

“Write this paragraph for me.”

“Answer these homework questions.”

“Solve all of these problems.”

“Summarize this chapter so I don't have to read it.”

“Rewrite this so it sounds like I wrote it.”

Now AI may be performing the skill the assignment was intended to develop.

There is also a simpler rule:

Students should always follow their teacher's AI policy.

If the teacher prohibits AI for a particular assignment, the answer is straightforward.

Use the “Close the Laptop” Test

Parents can use an extremely simple way to determine whether AI is helping.

Ask your student to close it.

Then say:

“Show me.”

If AI helped with math:

“Can you do another problem like that without it?”

If AI helped with biology:

“Explain the concept to me without looking.”

If AI helped with an essay:

“Tell me what your argument is and why you chose it.”

If AI helped with Spanish:

“Can you make another sentence using that same grammar?”

The purpose is not to catch your student doing something wrong.

It is to answer a much more useful question:

Did learning actually happen?

Watch for a Homework to Test Disconnect

One potential warning sign is a large and persistent difference between supported work and independent assessments.

For example:

Homework average: 98 percent

Quiz average: 71 percent

That does not prove AI use.

There are many possible explanations, including test anxiety, differences in question difficulty, excessive help from other sources, or ineffective studying.

But it is worth investigating.

Ask to see the test.

Look at what your student missed.

Then compare those questions with the homework they were supposedly completing successfully.

If your student cannot independently reproduce skills that repeatedly appear correct on homework, something is happening between practice and assessment.

AI is now one possible explanation parents should consider.

Do Not Make AI the Enemy

There is another side to this issue.

Students probably should learn how to use AI.

College Board's research found that more than 85 percent of surveyed school administrators viewed learning to use AI tools as a somewhat or very valuable part of high school education.

AI can be an excellent educational tool.

It can generate unlimited practice questions.

It can provide immediate feedback.

It can explain a difficult concept five different ways.

It can quiz a student.

It can help identify gaps in understanding.

It can provide feedback on writing.

The goal should not necessarily be:

“My student never uses AI.”

A better goal is:

“My student knows when AI is helping them learn and when it is allowing them to avoid learning.”

That distinction will probably become increasingly important.

Schools Are Still Figuring This Out Too

Parents should recognize that students are navigating a technology that schools themselves are still learning how to handle.

Common Sense Media's 2026 survey found that only 27 percent of teens said a teacher had talked with them about what AI is and how it works.

Earlier Common Sense Media research also found widespread uncertainty around school rules. In its 2024 study, 40 percent of teens reported that their school did not yet have rules governing generative AI use.

That makes conversations at home even more important.

Students need something more sophisticated than:

“AI is cheating.”

They need to understand when a tool supports learning and when it substitutes for learning.

Five Questions Parents Can Ask This Week

You do not need to interrogate your student or inspect every ChatGPT conversation.

Start a conversation.

Ask:

1. “How are students at your school using AI?”

2. “What do you personally use AI for?”

3. “Are your teachers clear about when you're allowed to use it?”

4. “Have you ever used AI to finish something you probably should have figured out yourself?”

5. “How can you tell whether AI is helping you learn or just helping you finish?”

The fifth question may be the most important.

Because eventually parents will not be standing over students deciding when they can and cannot use these tools.

Students will need to make that decision themselves.

The Bottom Line

So, are most students using AI to cheat?

The research does not support making that blanket claim.

But it does show something parents should take seriously.

AI use for schoolwork is now widespread. College Board found 84 percent of surveyed high school students reporting generative AI use for schoolwork by May 2025, while a nationally representative Common Sense Media survey in 2026 found 70 percent of U.S. teens using AI for schoolwork. Among the AI using teens in the latter study, 63 percent reported using it to obtain answers at least some of the time.

At the same time, many students are using AI productively for explanations, brainstorming, feedback, and studying.

That means the most useful question for parents is no longer:

“Does my student use AI?”

For many families, the answer will be yes.

Ask instead:

“After AI helps my student, can they still do the thinking themselves?”

If the answer is yes, AI may be supporting their education.

If the answer is no, it may be quietly replacing part of it.

And that is a problem worth catching long before the next test.

What Should Students Do With a Test After They Get It Back?

A student gets a test back.

There is a 72 percent written at the top.

They look at the grade, feel disappointed for a few minutes, shove the test into their backpack, and move on to whatever the class is learning next.

That is understandable.

It is also a missed opportunity.

A returned test contains some of the most useful information a student can get about their learning.

It shows:

What they actually understood.

What they thought they understood but didn't.

Which mistakes keep happening.

Whether their study strategy worked.

What they need to change before the next assessment.

The grade tells students how they performed.

The missed questions can tell them why.

Here is an exact routine students can use after getting a test back.

Step 1: Look Past the Percentage

Obviously, the grade matters.

But after looking at it, move on to the actual questions.

Imagine two students both receive a 75 percent on a math test.

Student A understood every major concept but made several arithmetic and sign errors.

Student B performed the calculations correctly but completely misunderstood two major concepts.

Same grade.

Very different problem.

And they should not prepare for the next test the same way.

Before deciding:

“I'm bad at math.”

or:

“I just made careless mistakes.”

look at the evidence.

Step 2: Categorize Every Mistake

For each missed question, ask:

Why did I get this wrong?

Most mistakes can be placed into a few categories.

I Did Not Understand the Concept

Example:

A chemistry student does not understand the relationship between moles and molar mass.

They did not simply make a calculation error.

There is a gap in understanding that needs to be addressed.

I Knew the Concept but Used the Wrong Strategy

Maybe a math student knew several methods but chose the wrong one for the problem.

This can happen when students practice questions in predictable groups.

They know how to use a method when someone tells them which method to use, but struggle to recognize it independently.

I Made a Procedural or Calculation Error

Maybe the student:

Forgot a negative sign.

Copied a number incorrectly.

Made an arithmetic mistake.

Skipped a step.

These errors still matter, but they require a different solution than relearning the entire unit.

I Misread the Question

Perhaps the question asked for:

The value of x

but the student gave:

2x.

Or the history question asked for the most significant cause, while the student simply identified a cause.

That suggests the student may need to slow down and pay closer attention to what questions are actually asking.

I Ran Out of Time

A student may understand the material but leave several questions unfinished.

Now pacing becomes part of the problem.

I Could Not Remember It

The student remembers studying the information but could not retrieve it during the test.

That may indicate their studying relied too heavily on rereading and not enough on practicing recall without notes.

The goal is to stop treating every wrong answer as the same kind of mistake.

Step 3: Redo Every Question You Missed

This is where the real learning begins.

Do not simply read the teacher's correction and think:

“Oh, I see what I did.”

Cover the answer.

Then try the question again.

For math or science, solve the entire problem from the beginning.

For history or biology, answer the question again without looking at the correct response.

For writing or language questions, determine what the correct answer should be and explain why.

If you can now complete the question independently, great.

If you still cannot, you have identified something that needs more work.

Step 4: Explain Why the Correct Answer Is Correct

Students should go one step beyond correcting the answer.

Ask:

“Why is this the correct answer?”

This is especially useful for multiple choice tests.

Suppose the correct answer was C.

Do not simply change:

B → C

and call the correction finished.

Explain:

Why is C correct?

And, when useful:

Why was B wrong?

If the student cannot explain that, they may still not understand the concept.

Step 5: Look for Patterns

One mistake may not tell you much.

Five similar mistakes do.

Imagine a student reviews an Algebra II test and discovers:

Question 4: Sign error

Question 7: Sign error

Question 12: Sign error

Question 18: Sign error

The problem probably is not:

“I don't understand Algebra II.”

There is a specific pattern.

Or imagine an AP Biology student realizes almost every missed question involved interpreting experimental data.

Now they know what skill deserves more practice.

This is why students should review the entire test instead of looking at missed questions individually.

Ask:

“What do my mistakes have in common?”

Step 6: Decide What Needs to Change Before the Next Test

A test correction is not finished until it produces a plan.

Suppose a student realizes:

“I knew the vocabulary, but I couldn't apply the concepts to unfamiliar questions.”

Their next study plan should include more application questions.

Another student realizes:

“I understood everything when my notes were open, but I couldn't remember it during the test.”

Their next study plan should include more closed note retrieval practice.

Another realizes:

“I left six questions for the final five minutes.”

Their next practice session should include timed work.

The solution should match the problem.

Step 7: Save the Most Useful Questions

Do not automatically throw the test away.

If the teacher allows students to keep it, save particularly useful questions.

These might include:

• Problems you originally missed

• Questions that combine several concepts

• Problems your teacher emphasized

• Questions that were harder than the homework

• Examples of the way your teacher writes test questions

These can become excellent practice material later.

This is especially useful when preparing for a cumulative final exam.

By the end of the semester, students can have a collection of actual questions that previously challenged them.

What If the Teacher Does Not Let Students Keep the Test?

Some teachers collect tests after reviewing them.

That is fine.

Use the time you have with the assessment wisely.

If permitted, write down:

The concepts you missed

The types of mistakes you made

Questions you still have

Topics you need to practice

You do not necessarily need a copy of every question.

You need enough information to understand what went wrong and what to do next.

Ask the Teacher Specific Questions

If something still does not make sense, ask for help.

But avoid:

“I don't understand the test.”

Instead, make the question specific.

For example:

“On question 12, I thought I should use this formula because the problem gave us velocity. How could I have recognized that I needed a different equation?”

Or:

“I chose B because of this sentence in the passage. Can you show me what made C a better answer?”

Specific questions are much easier to answer and demonstrate that the student has already tried to understand the mistake.

A 15 Minute Test Correction Routine

Students do not necessarily need to spend hours analyzing every assessment.

For many tests, a focused 15 minutes can provide enormous value.

Minutes 1 Through 3

Review every missed question.

Do not worry about the grade for the moment.

Minutes 4 Through 8

Categorize the mistakes:

Concept

Strategy

Calculation or procedure

Misread question

Memory

Time

Minutes 9 Through 12

Redo the most important missed questions without looking at the answers.

Minutes 13 Through 14

Look for patterns.

Ask:

“What caused most of my lost points?”

Minute 15

Write one or two things you will change before the next test.

For example:

“Start studying three days earlier.”

“Do more mixed practice problems.”

“Practice without notes.”

“Slow down and underline what each question asks.”

“Ask my teacher about stoichiometry before the next quiz.”

Now the test has actually taught the student something.

Parents: Do Not Start With “How Did You Get This Grade?”

Imagine your student walks through the door with a 67 percent.

A parent's natural reaction might be:

“How did you get a 67? I watched you study!”

That conversation can quickly become about defending the grade.

Try starting somewhere else:

“Have you looked at what you missed?”

Then:

“What kinds of mistakes did you make?”

“Was there anything you thought you understood but actually didn't?”

“Do you notice a pattern?”

“What would you do differently before the next test?”

Now the conversation is about learning from what happened.

The grade still matters.

But it becomes information rather than the entire conversation.

Do Not Accept “Careless Mistakes” Without Looking Closer

Students love this explanation:

“I knew everything. They were just careless mistakes.”

Sometimes that is true.

But parents should dig one level deeper.

What kind of careless mistakes?

Was the student rushing?

Skipping steps?

Misreading questions?

Doing calculations mentally that should have been written down?

Running out of time?

Repeatedly making the same sign error?

If the same “careless mistake” happens on every test, it is no longer random.

It is a pattern that can be addressed.

One Bad Test Is Different From a Pattern

A single poor test happens.

Maybe the student misunderstood one unit.

Maybe they had an unusually difficult week.

Maybe their study strategy simply did not work this time.

But repeated test results deserve a closer look.

If a student consistently completes homework successfully but performs poorly on tests, examine the actual assessments.

Are the mistakes conceptual?

Is the student struggling to apply familiar material in unfamiliar ways?

Are they running out of time?

Are they unable to retrieve information without notes?

Are the same mistakes appearing repeatedly?

The answers can help determine what kind of support the student actually needs.

The Goal Is Not to Punish the Bad Grade

Once a test has been graded, the points have already been earned or lost.

The most valuable question becomes:

“What can we learn from this before the next one?”

A 70 percent that leads a student to identify their weaknesses, change their studying, and perform better on the next assessment can ultimately be useful.

A 70 percent that gets shoved into the bottom of a backpack teaches very little.

The same is true of an A.

Students should look at mistakes even when they earn a strong grade.

A 92 percent still contains information about the 8 percent they missed.

The Bottom Line

Students should not treat a returned test as the end of the learning process.

It is feedback.

When the test comes back:

Look at what you missed.

Figure out why you missed it.

Redo the question.

Look for patterns.

Decide what you will change.

Then move forward.

The most important number on a returned test may be the grade at the top.

But the most useful information is often sitting underneath it.

How Can Students Use AI for School Without Letting AI Do the Learning for Them?

Artificial intelligence has quickly become part of everyday student life.

A student gets stuck on a chemistry problem and asks AI for an explanation.

They paste an essay into AI and ask for feedback.

They generate practice questions before a biology test.

Or they have AI summarize an entire chapter they did not read.

Those examples may all involve the same technology, but they are not the same type of learning.

AI can be an incredibly useful academic tool when it helps students think, practice, and understand.

It becomes a problem when it starts doing the thinking for them.

For parents, the goal probably should not be to pretend AI does not exist. Students are growing up in a world where these tools will increasingly be available to them.

Instead, we should teach students a more important skill:

How do you use AI without outsourcing your education to it?

Here are some practical ways to draw that line.

Start With One Simple Rule

Before using AI for school, students should ask:

“Is AI helping me learn how to do this, or is AI doing this for me?”

That distinction applies to almost every subject.

Consider two students struggling with the same algebra problem.

Student A asks:

“Solve this problem and give me the answer.”

They copy the solution onto their homework and move on.

Student B asks:

“I'm stuck on this problem. Don't give me the answer yet. Help me figure out what my first step should be.”

Student B still has to think.

That is a much better use of AI.

The same principle works for writing, science, history, foreign languages, and many other subjects.

Good Use of AI: Ask for Another Explanation

Students do not always understand the first explanation they hear in class.

AI can be useful for getting another explanation.

For example:

“Explain meiosis to me like I'm a ninth grade biology student. My teacher's explanation didn't make sense to me.”

Then follow up:

“I understand that part. I'm still confused about crossing over. Explain that differently.”

This can help students work through confusion.

But there should eventually be another step:

Close the AI and explain meiosis yourself.

If you cannot explain the concept without assistance, you probably are not finished learning it.

Good Use of AI: Generate Practice Questions

This is one of the most useful ways students can use AI.

Suppose a student has a chemistry quiz on:

Balancing chemical equations

Instead of asking AI to complete their homework, they could say:

“Create 10 practice problems on balancing chemical equations for a high school chemistry student. Do not show me the answers until I ask for them.”

Now AI is creating an opportunity to practice.

The student still has to do the work.

Even better, after completing the questions, the student could ask:

“I missed questions 3, 6, and 8. Based on my mistakes, what concept should I review?”

That turns AI into a study tool rather than an answer generator.

Good Use of AI: Have It Quiz You

Students can also turn AI into a study partner.

Imagine a student preparing for a history test.

They could provide their class notes and ask:

“Quiz me on these notes one question at a time. Do not give me the answer immediately if I'm wrong. Give me a hint first.”

Now the student has to retrieve information from memory.

That is very different from asking:

“Summarize these notes so I don't have to study them.”

One approach requires participation.

The other can easily become a substitute for learning.

Good Use of AI: Ask for Feedback on Writing

AI can be useful during the writing process without writing the paper.

Suppose a student finishes an essay introduction.

They could ask:

“Read this introduction and tell me whether my thesis is clear. Do not rewrite it for me. Tell me what could be stronger.”

That is similar to asking someone for feedback.

The student receives guidance but remains responsible for making the changes.

Compare that with:

“Rewrite this introduction and make it sound better.”

Now AI is producing the writing.

If the purpose of the assignment is to develop the student's writing ability, that distinction matters.

A Great Rule for Writing: Ask for Feedback Before Asking for Words

Students can ask AI questions such as:

“Is my argument clear?”

“Where does my reasoning become confusing?”

“Which paragraph needs stronger evidence?”

“Does my conclusion actually address my thesis?”

“What questions should I answer to make this paragraph stronger?”

Then the student should revise the writing.

AI becomes the editor or coach.

The student remains the writer.

Good Use of AI: Ask for Hints

This may be one of the best habits students can develop.

When you are stuck, do not immediately ask for the solution.

Ask for the smallest amount of help necessary to continue.

For example:

“Don't solve this calculus problem. Give me one hint about what I should try first.”

Try again.

Still stuck?

Ask for another hint.

This preserves something extremely important:

Struggle.

Students need some struggle to learn.

If AI removes every difficult moment immediately, students lose opportunities to develop problem solving skills.

Problematic Use: Completing Homework With AI

Imagine a student has 20 math problems for homework.

They paste each problem into AI, copy the steps, and submit the assignment.

Their homework grade might be:

100 percent.

But what did they actually learn?

The problem becomes obvious when the quiz arrives.

There is no AI.

There are no copied steps.

Now the student has to solve the problems independently.

This can create a strange pattern:

Homework: 95 percent

Homework: 100 percent

Homework: 98 percent

Test: 64 percent

Homework is supposed to provide practice.

If AI does the practice, the student may earn the homework points while losing the learning opportunity.

Problematic Use: Having AI Write Essays

The same issue occurs with writing.

A student might give AI an assignment and receive a polished essay in seconds.

Even if they edit a few sentences afterward, they have skipped much of what the assignment was designed to practice:

Developing an argument.

Organizing ideas.

Finding evidence.

Writing clearly.

Revising.

Students become better writers by writing.

There is no prompt that allows them to skip that process while still receiving all of its benefits.

There is also a separate issue: schools, teachers, and colleges may have specific policies governing whether and how AI can be used on assignments. Students should always follow the rules for their particular class.

Problematic Use: Summarizing Something Instead of Reading It

AI summaries can be useful.

But students should ask themselves what the assignment is trying to accomplish.

Suppose an English teacher assigns three chapters of a novel.

The student does not read them.

Instead, they ask AI:

“Summarize chapters 4 through 6.”

They may learn the basic plot.

But they miss:

Character development.

Tone.

Writing style.

Symbolism.

Important passages.

Details that could matter during class discussion.

If the goal was to read and analyze the text, a summary is not an equivalent replacement.

A better use might be:

Read the chapter first.

Then ask AI:

“I just finished this chapter. Ask me five questions that test whether I understood the important themes and events.”

Now AI reinforces the reading instead of replacing it.

The “Could You Do It Without AI?” Test

Here is one of the easiest ways students can evaluate whether their AI use is helping.

After using AI, close it.

Then ask:

“Could I do something similar by myself now?”

If AI explained a math concept, can you solve a new problem independently?

If AI helped you study biology, can you explain the concept without looking?

If AI gave feedback on an essay, can you make the revision yourself?

If AI helped you understand Spanish grammar, can you construct your own sentence?

If the answer is yes, AI probably helped you learn.

If the answer is:

“No, but I have the answer now,”

AI may have done too much.

Parents: You Do Not Necessarily Need to Ban AI

A blanket ban can miss an opportunity to teach students how to use a tool they are likely to encounter throughout college and their future careers.

Instead, parents can ask better questions.

Rather than:

“Did you use AI?”

try:

“What did you use AI for?”

Then ask:

“What part did you do yourself?”

“Could you explain this without AI now?”

“Could you solve another one by yourself?”

“Does your teacher allow AI for this assignment?”

Those questions focus on learning rather than simply the presence of technology.

A Simple AI Traffic Light for Students

Families can use this framework.

Green Light: AI Helps You Learn

Examples include:

• Explaining a confusing concept differently

• Creating new practice questions

• Quizzing you

• Giving hints

• Providing feedback on something you wrote

• Helping identify weaknesses in your understanding

• Creating flashcards from your own notes

• Asking you questions about material you already studied

These uses still require the student to think.

Yellow Light: Stop and Think

Examples include:

• Summarizing assigned reading

• Rewriting paragraphs

• Solving a homework problem and showing every step

• Creating an essay outline

• Providing answers to study guide questions

These uses may or may not be appropriate depending on the assignment and how the student uses the output.

Ask:

“Am I still doing the skill my teacher wants me to practice?”

And always check the teacher's AI policy.

Red Light: AI Is Doing the Work

Examples include:

• Writing an essay the student submits as their own

• Completing an entire homework assignment

• Answering an online quiz or assessment for the student

• Generating work specifically to avoid doing the assigned reading or thinking

• Using AI in a way the teacher or school explicitly prohibits

At that point, AI is no longer supporting the student's learning.

It is replacing it.

Five AI Prompts Students Can Actually Use

Instead of simply telling students to “use AI responsibly,” give them better ways to use it.

Try:

1. “Don't give me the answer. Give me one hint that will help me figure out the next step.”

2. “Create five practice questions on this topic. Let me answer each one before you explain it.”

3. “Quiz me on these notes one question at a time. If I'm wrong, give me a hint before giving me the answer.”

4. “Here is my paragraph. Tell me the two biggest weaknesses, but don't rewrite it for me.”

5. “I think I understand this concept. Ask me three questions that would prove whether I actually understand it.”

Notice what all five have in common.

The student still has to do something.

The Bottom Line

AI can make it easier than ever for students to get an answer.

But getting an answer and learning how to produce an answer are two very different things.

Used well, AI can become:

A tutor.

A quiz partner.

A source of additional practice.

A feedback tool.

A way to hear a difficult concept explained differently.

Used poorly, it can become a shortcut around the exact thinking students need to practice.

So before using AI for school, students should ask:

“Is this helping me think, or helping me avoid thinking?”

Then, when AI is closed, there is one final test:

Can I do it myself now?

If the answer is yes, the technology probably did its job.

My Student Says Their Teacher Is Bad. What Should I Do?

At some point, many parents hear some version of this:

“My teacher is terrible.”

“She doesn't explain anything.”

“He makes everything way harder than it needs to be.”

“Nobody in the class understands what's going on.”

Sometimes this is a student's frustration talking.

Sometimes the student and teacher simply have very different communication or learning styles.

And sometimes there really is a problem that deserves a parent's attention.

The challenge for parents is figuring out which situation they are dealing with without immediately dismissing their student or automatically blaming the teacher.

Here is a practical way to approach it.

First, Do Not Immediately Agree or Disagree

If your student comes home frustrated and says:

“My math teacher can't teach.”

two reactions can shut down a useful conversation.

The first is:

“I'm sure your teacher is fine. You just need to pay attention.”

The second is:

“That's ridiculous. I'm emailing the teacher.”

Instead, get more information.

Try:

“What happened today that made you feel that way?”

Then listen.

You are trying to determine what “bad teacher” actually means.

Ask Your Student to Be Specific

Students sometimes use broad statements to describe very specific problems.

Ask:

“What is making the class difficult?”

You may discover that your student means:

“The teacher moves through examples too quickly.”

or:

“She explains everything verbally, and I have trouble following without seeing it written out.”

or:

“The homework is much harder than the examples we do in class.”

or:

“I understand the lesson, but the tests ask questions that feel completely different.”

Those are much more useful than:

“My teacher is bad.”

Once you identify the actual problem, you can start figuring out what to do about it.

Sometimes the Teacher Is Fine, but the Teaching Style Does Not Match the Student

Students will encounter many different teaching styles throughout their education.

One teacher may provide detailed notes and study guides.

Another may expect students to take their own notes.

One math teacher may work through five examples slowly.

Another may demonstrate one example and expect students to practice independently.

One professor may clearly tell students exactly what will appear on an exam.

Another may expect students to determine what is important from lectures and readings.

A student may thrive with one style and struggle with another.

That does not necessarily mean either teacher is bad.

It may mean the student needs to adapt.

Example: “My Teacher Goes Too Fast”

Suppose your daughter says:

“I understand math when someone explains it to me, but my teacher goes so fast that I get lost.”

That is a legitimate problem.

But the first solution does not necessarily need to be changing classes or contacting administration.

Your student could try:

• Reviewing the upcoming topic before class

• Marking the exact step where they become confused

• Asking the teacher a question after class

• Attending office hours

• Reviewing examples immediately after school

• Getting another explanation from a tutor

The goal is to figure out how the student can succeed within the environment they actually have.

Example: “The Tests Are Nothing Like the Homework”

This deserves investigation.

Ask to see the homework and the test.

Maybe the homework involved straightforward problems while the test required students to apply those concepts in unfamiliar situations.

That may feel unfair to the student, but it could also mean their studying focused too heavily on repeating familiar problem types.

The solution might be more mixed and challenging practice.

On the other hand, if assessments consistently include material students genuinely were not taught or expected to know, that is different.

Specific examples help parents distinguish between the two.

Sometimes the Student Needs to Take More Responsibility

This can be uncomfortable, but it is important.

Imagine your student says:

“My chemistry teacher doesn't explain anything.”

Then you learn that your student:

• Rarely takes notes

• Has several missing assignments

• Has not asked the teacher for help

• Waits until the night before tests to study

• Frequently uses their phone during class

The teacher may or may not be excellent.

But there are clearly things within the student's control that need to change first.

Before deciding that the teacher is the problem, ask:

“What have you tried?”

That question can reveal a lot.

Encourage Your Student to Talk to the Teacher

Older students should gradually learn to advocate for themselves.

Instead of a parent immediately emailing:

“My son says he doesn't understand anything you're teaching,”

encourage the student to start the conversation when appropriate.

They could say:

“I'm having trouble understanding the current unit. I reviewed my notes, but I'm still struggling with these types of problems. Is there a time I could come in and ask a few questions?”

Notice how specific that is.

Teachers can respond much more effectively to:

“I don't understand how to set up these problems”

than:

“I don't understand anything.”

Learning how to ask for help is an important academic skill in itself.

When Should Parents Step In?

Students should learn to handle some challenges themselves.

But that does not mean parents should never intervene.

It may be time to become more involved when:

• The problem continues despite the student genuinely trying to address it

• The student repeatedly asks for help and cannot get it

• Grades are steadily declining despite reasonable effort

• Expectations or grading practices remain unclear

• The student reports behavior that seems inappropriate or concerning

• The student feels afraid or uncomfortable communicating with the teacher

• Many weeks have passed without improvement

• The issue is significantly affecting the student's ability to learn

At that point, contacting the teacher may be appropriate.

How Should Parents Contact the Teacher?

Start collaboratively rather than confrontationally.

Instead of:

“My daughter says you don't explain the material well.”

try:

“Sophia has been struggling with the current unit, and we're trying to understand where the disconnect may be. She feels comfortable with some of the homework but has been struggling on assessments. Is there anything you're noticing in class or anything you would recommend she focus on?”

That approach gives the teacher an opportunity to provide information you may not have.

You might learn:

“She understands the concepts but rushes through tests.”

or:

“She hasn't been turning in several assignments.”

or:

“I've noticed she's struggling with prerequisite algebra skills.”

Now everyone has better information.

What If the Teacher Really Is Not a Great Fit?

It happens.

Not every teacher will be equally effective for every student.

Your student may occasionally spend an entire school year with a teacher whose explanations simply do not click for them.

That can be frustrating.

But there is also a valuable lesson here:

Students eventually need to learn from people whose teaching styles are not ideal for them.

That will happen in high school.

It will happen in college.

It will happen in the workplace.

The question becomes:

“Given that this is my teacher, how am I going to succeed in this class?”

Maybe the student needs better notes.

Maybe they need to read before class.

Maybe they need additional practice.

Maybe they need office hours.

Maybe they need a tutor who can explain the same concepts differently.

Learning to adapt can be more valuable than spending the semester focusing on whether the teacher is good or bad.

But Adapting Does Not Mean Ignoring Genuine Problems

There is an important distinction between:

“This teacher's explanations do not work well for me.”

and:

“Something inappropriate or seriously concerning is happening in this classroom.”

If a student reports harassment, discrimination, humiliation, threats, inappropriate behavior, safety concerns, or another serious issue, parents should not simply tell them to adapt.

Listen carefully.

Document specific incidents when appropriate.

Then follow the school's procedures for addressing the concern.

Those situations are different from a student simply disliking a teacher's teaching style.

A Simple Checklist for Parents

When your student says their teacher is bad, work through these questions:

1. What specifically is the teacher doing that is making the class difficult?

2. Is this primarily a teaching style mismatch, an academic difficulty, or something more serious?

3. Is my student completing the work and paying attention in class?

4. Has my student asked the teacher for help?

5. Have they tried changing how they study or prepare?

6. Is the problem improving, staying the same, or getting worse?

7. Would another explanation or additional academic support solve the problem?

8. Is there a reason I need to contact the teacher or school directly?

You do not need to answer all of these in one conversation.

But they can help turn:

“My teacher is terrible.”

into a problem that can actually be addressed.

Parents Can Validate Frustration Without Reinforcing Helplessness

This may be the most important balance.

You can say:

“I can understand why that would be frustrating.”

without saying:

“You're right. There is nothing you can do because your teacher is terrible.”

The first response acknowledges your student's experience.

The second can accidentally teach them that their success is entirely outside their control.

After listening, bring the conversation back to:

“Okay. What can we do about it?”

That question puts the focus on solutions.

The Bottom Line

When your student says they have a bad teacher, take them seriously.

But do not stop at the label.

Find out what is actually happening.

Sometimes the student needs to change how they study.

Sometimes they need another explanation.

Sometimes they need to communicate with the teacher.

Sometimes parents need to get involved.

And occasionally there is a genuine problem that needs to be addressed by the school.

The goal is not to determine whether your student or the teacher is right.

It is to figure out:

What is preventing my student from learning, and what is the most reasonable next step?

That is a much more useful conversation.

What Should My Student Do the Night Before a Test?

It is 9:30 PM.

Your student has a test tomorrow.

Their notes are spread across the kitchen table, the study guide is open, and they are starting to think:

“Maybe I should just stay up until I know everything.”

That usually is not the best plan.

The night before a test should ideally be about confirming what you know, strengthening a few weak areas, and getting yourself ready for tomorrow.

It should not be the first time a student seriously looks at the material.

And once it gets late enough, another hour of exhausted studying may be less valuable than getting enough sleep.

So what should students actually do?

Here is a practical night before test routine families can use.

Step 1: Figure Out What You Actually Know

Before reviewing anything, put the notes away.

Spend about 10 to 15 minutes testing yourself.

Depending on the subject, that might mean:

• Solving several math problems without examples

• Defining important vocabulary from memory

• Explaining a science concept out loud

• Writing everything you remember about an important historical event

• Answering questions from the study guide without looking at the answers

This is important because rereading notes can make students feel prepared.

Testing yourself shows whether you actually are.

At the end, separate the material into three categories:

I know this.

I am a little shaky on this.

I do not understand this yet.

Now you know exactly where to spend the rest of your time.

Step 2: Focus on Weak Areas, Not Everything

This is where students often waste time.

If you already know how to solve linear equations, you probably do not need to complete another 15 easy linear equation problems.

Spend that time on the concepts you missed during your self check.

For example, a math student might realize:

Solving equations: Strong

Graphing: Strong

Systems of equations: Mostly strong

Word problems: Weak

Most of the remaining study time should go toward word problems.

The goal is not to review every page equally.

It is to make the weakest areas stronger.

Step 3: Review Your Previous Mistakes

Homework, quizzes, practice problems, and old assignments can tell students exactly where they have struggled before.

Look for problems you previously missed.

Then ask:

Why did I get this wrong?

Was it because you:

• Did not understand the concept?

• Forgot a formula?

• Misread the question?

• Made an arithmetic error?

• Skipped a step?

• Used the wrong strategy?

Then redo the question without looking at the solution.

If you can now complete it independently, great.

If you still cannot, that topic deserves more attention.

Step 4: Do a Short Round of Mixed Practice

This is especially important for math and science.

Homework assignments often tell students exactly what they are practicing.

A worksheet titled “Solving Quadratic Equations by Factoring” has already given you a huge clue about what to do.

Tests usually do not.

Students need to recognize the type of problem and choose the correct strategy themselves.

Try completing several different types of questions in random order without notes.

For other subjects, mix up the questions too.

Do not review vocabulary in the exact same order as the study guide.

Have someone quiz you randomly.

Change the wording of questions.

Make yourself retrieve the information.

Step 5: Give Yourself a Final “No Help” Check

Before ending the study session, spend about 10 minutes working completely independently.

No notes.

No textbook.

No answer key.

No parent hints.

No searching online.

Ask yourself:

Can I explain the major concepts?

Can I answer representative questions?

Can I solve problems without an example beside me?

Can I recognize which strategy to use?

You do not need to be perfect.

But you should have evidence that you can perform without assistance.

Step 6: Write Down Anything You Still Do Not Understand

Sometimes the night before a test reveals a concept that still does not make sense.

Do not spend hours repeatedly staring at it.

Write down a specific question.

Instead of:

“I don't understand chemistry.”

write:

“I don't understand when I should use molar mass to convert between grams and moles.”

Now you have something specific you can ask your teacher about before the test if there is an opportunity.

Knowing exactly what you do not understand is much more useful than simply feeling unprepared.

When Should Students Stop Studying?

There is no universal clock time because students have different schedules and bedtimes.

A better rule is:

Work backward from when you need to sleep.

Do not allow studying to consume the time you normally need to wind down and get adequate rest.

If you have been studying productively and it is getting late, repeatedly rereading the same material while exhausted is unlikely to be your best preparation.

At some point, stop.

Put the materials away.

Prepare for tomorrow.

Go to bed.

Why Cramming Until Midnight Can Backfire

Students sometimes treat sleep as optional when they have a test.

They think:

“Another two hours of studying means another two hours of learning.”

But those extra hours come with a cost.

Insufficient sleep can make it harder the next day to sustain attention, think clearly, and perform at your best.

There is also an important practical problem with late night cramming:

Students get tired.

They start rereading instead of actively practicing.

They make more mistakes.

They retain less of what they are reviewing.

They become increasingly anxious about everything they do not know.

A student who has prepared throughout the week usually benefits more from a focused final review followed by a normal night's sleep than from trying to rescue the entire test at midnight.

Step 7: Prepare Everything for the Morning

Once studying is finished, take five minutes to make test morning easier.

Depending on the student and the test, prepare:

• Backpack

• Charged laptop or tablet

• Calculator

• Pencils or pens

• Any permitted reference materials

• Water bottle

• Clothes for the morning

• Anything else required for class

Set an alarm.

Plug in devices.

Then stop thinking about school for the night.

The goal is to avoid waking up and immediately realizing:

“My calculator is dead.”

An Exact Night Before Test Checklist

Here is a simple routine students can save:

1. Test yourself without notes for 10 to 15 minutes.

Figure out what you actually know.

2. Identify your two or three weakest areas.

Do not waste time reviewing everything equally.

3. Review previous mistakes.

Redo missed questions independently.

4. Complete mixed practice.

Make yourself determine which concept or strategy each question requires.

5. Complete a final no help check.

No notes, hints, or answers.

6. Write down any remaining questions.

Ask your teacher before the test if possible.

7. Stop studying with enough time to wind down and sleep.

Do not turn bedtime into another study block.

8. Pack everything you need for tomorrow.

Then call it a night.

What If My Student Is Completely Unprepared?

Sometimes the night before arrives and a student realizes:

“I really don't know this.”

At that point, be strategic.

Do not attempt to relearn an entire unit in one night.

Identify the most important concepts.

Focus on major skills and ideas.

Use the teacher's study guide, previous quizzes, class notes, and emphasized topics to determine what deserves attention.

Get as much productive preparation as reasonably possible.

Then recognize the bigger lesson:

The preparation for the next test needs to start earlier.

The night before can strengthen learning.

It is a poor substitute for several days of preparation.

Parents: How Can You Help?

Parents do not necessarily need to sit beside their student for the entire evening.

Instead, ask:

“What are the two or three things you still need to review?”

“Can you do those without your notes?”

“Is there anything you still don't understand?”

“What time are you planning to stop studying?”

“Do you have everything ready for tomorrow?”

Those questions help students think through their preparation without parents taking control of it.

The Bottom Line

The night before a test should not be about seeing how many hours a student can stay awake.

It should be about using the remaining time intelligently.

Test yourself.

Find your weaknesses.

Review your mistakes.

Practice independently.

Then stop.

Pack your materials.

Get some sleep.

The question students should ask at the end of the night is not:

“Did I study long enough?”

It is:

“Can I demonstrate what I know without any help?”

If the answer is yes, close the laptop.

You are ready to get some rest and show what you know tomorrow.

The Sunday Reset: A 15 Minute Routine That Can Save the School Week

The Sunday Reset: A 15 Minute Routine That Can Save the School Week

Sunday evening is often when students feel like they still have plenty of time.

Monday's homework has not started piling up yet.

Wednesday's math quiz feels far away.

The English project due Friday is barely on the radar.

Then suddenly it is Wednesday night, there are two assignments due tomorrow, the student forgot about a science test, and everyone is stressed.

A lot of school week chaos is not caused by students being incapable of doing the work.

It happens because they did not see the work coming.

That is why one of the simplest habits families can establish is a 15 minute Sunday Reset.

The goal is not to spend Sunday night studying.

It is not for parents to plan their student's entire week.

It is simply to answer three questions:

What is coming?

What needs attention?

When are we going to deal with it?

Here is an exact routine families can use every Sunday.

Before You Start: Get Everything in One Place

This should take about one minute.

Have your student grab:

• Their school laptop or tablet

• Their grade portal or online classroom

• Their planner or calendar

• Any paper assignments they received during the week

Parents can sit with younger students or students who are still developing organizational skills.

For older or more independent students, the goal should eventually be for them to complete the reset themselves.

Set a timer for 15 minutes.

Then start.

Minutes 1 Through 3: Check Every Class

Open the school's grade portal or online classroom.

Go through every class, not just the difficult ones.

For each class, quickly look at:

Current grade

Recent assignments

Teacher announcements

Upcoming assignments

Anything marked missing or incomplete

This does not need to become a detailed investigation of every grade.

You are scanning for anything that requires attention.

Maybe everything looks normal.

Great.

Move on.

But perhaps you notice:

Chemistry: 87 percent

English: 91 percent

History: 89 percent

Math: 78 percent

That math grade deserves a closer look.

The point is to notice potential problems before another week passes.

Minutes 4 Through 5: Find Missing Work

Next, specifically look for missing assignments.

A single missing assignment does not necessarily mean there is a major problem.

Students forget things.

Maybe an assignment was completed but never submitted.

Maybe the teacher has not updated the gradebook.

But missing work should not sit unnoticed for several weeks.

If you find something, ask:

“What happened with this assignment?”

Then:

“What do you need to do about it?”

Maybe the student needs to submit it.

Maybe they need to finish it.

Maybe they need to email the teacher.

Whatever the answer is, add that action to the week's plan.

The goal is not for the parent to immediately solve the problem.

The student should identify the next step.

Minutes 6 Through 8: Look at the Upcoming Calendar

Now stop looking backward and start looking forward.

Check the next seven days.

Look at:

• Tests

• Quizzes

• Projects

• Essays

• Presentations

• Labs

• Reading assignments

• Major homework assignments

• Practices, games, rehearsals, work shifts, or other commitments

Students frequently make plans based only on school deadlines.

But their actual week matters too.

Suppose a student has:

Wednesday: Soccer practice until 7:30

Thursday: Chemistry test

That immediately tells us something.

Wednesday night probably should not be the first time they study chemistry.

Without looking at the whole week, students often discover these conflicts too late.

Minutes 9 Through 11: Decide When the Big Things Will Get Done

This may be the most important part of the entire reset.

Do not simply write:

Friday: History project due

Decide when the student will work on it.

For example:

Monday: Research history project

Tuesday: Create outline

Wednesday: Write first half

Thursday: Finish and review

Friday: Submit

Do the same thing with tests.

Instead of:

Thursday: Biology test

the plan might be:

Monday: Review chapters 4 and 5

Tuesday: Practice vocabulary

Wednesday: Complete practice questions

Thursday: Test

Now the student has turned one intimidating task into several manageable ones.

The Key Question: “Which Night Are You Going to Do This?”

Parents can make this part incredibly simple.

Every time you see something significant on the calendar, ask:

“Which night are you going to work on that?”

Student has a geometry quiz Thursday?

“When are you going to start studying?”

Essay due Friday?

“Which night are you going to write the first draft?”

Project due next Monday?

“What part could you get done this week?”

Do not automatically choose for them.

Make the student think about their schedule and make the decision.

That is how planning skills develop.

Minutes 12 Through 13: Identify What the Student Does Not Understand

Planning assignments is only half of the Sunday Reset.

Students should also ask:

“Is there anything from last week that I still don't understand?”

Go class by class.

Math?

Science?

English?

History?

Spanish?

Maybe your student says:

“We're doing quadratic equations in math and I'm completely confused.”

That is valuable information.

They may not have a test for another week.

Their grade may still look perfectly fine.

But you have identified the problem before the bad grade happens.

Now there is time to do something about it.

The student might:

• Ask the teacher Monday

• Attend office hours

• Review the lesson again

• Ask a classmate

• Find additional practice

• Schedule tutoring

The earlier confusion is identified, the easier it usually is to address.

Minutes 14 Through 15: Review the Plan

At this point, the student should be able to explain what their week looks like.

Ask:

“Okay, walk me through the week.”

You might hear:

“Monday I'm starting my English essay and reviewing biology.”

“Tuesday I'm studying for my math quiz.”

“Wednesday I have soccer, so I'm just finishing my English essay afterward.”

“Thursday I have my biology test.”

Perfect.

The student knows what is coming.

That is the entire point.

The Complete 15 Minute Sunday Reset

Here is the routine families can save and use every week:

Minutes 1 through 3

Check every class in the grade portal or online classroom.

Minutes 4 through 5

Find missing or incomplete assignments and decide what needs to happen with them.

Minutes 6 through 8

Check the upcoming calendar for tests, quizzes, projects, papers, and other commitments.

Minutes 9 through 11

Decide which night each major assignment or study session will happen.

Minutes 12 through 13

Identify anything the student currently does not understand.

Minutes 14 through 15

Review the week's plan and make sure it is realistic.

That's it.

Fifteen minutes.

What Should Parents Actually Say?

The Sunday Reset does not need to feel like an interrogation.

Parents can use the same questions every week:

“What do you have coming up this week?”

“Do you have anything missing?”

“What tests or quizzes are coming?”

“Which assignments are going to take the most time?”

“Which night are you planning to work on those?”

“Is there anything you're confused about right now?”

“Is there anything you need from me?”

Then let the student do most of the talking.

Do Not Turn the Sunday Reset Into an Hour Long Meeting

This is important.

You find a 72 percent in math.

Suddenly the Sunday Reset becomes a 45 minute conversation about responsibility, studying, screen time, last semester, college, and every missing assignment the student has ever had.

Now your student dreads Sunday evenings.

The purpose of the reset is primarily to identify and plan.

If you discover something that requires a bigger conversation, make a note and address it separately.

Protect the simplicity of the routine.

Fifteen minutes is sustainable.

An hour long weekly academic meeting probably is not.

What If There Is Nothing Coming Up?

Great.

Some weeks really are lighter.

Do not create busywork just because the Sunday Reset only took eight minutes.

If there are:

No missing assignments

No major assessments

No upcoming projects

No confusing concepts

and everything is under control, your student is done.

The goal is not to fill every available minute with schoolwork.

The goal is to make sure free time is actually free time and not “I forgot I have a chemistry test tomorrow” time.

What If You Discover a Problem Every Sunday?

That is useful information too.

If every Sunday reveals:

Three missing assignments

A test the student forgot about

A project they have not started

Several concepts they do not understand

then the problem may be bigger than one busy week.

There may be an issue with organization, planning, study habits, or understanding the material.

Patterns matter.

One forgotten assignment happens.

Repeated missing work every week deserves attention.

One difficult math lesson happens.

Being confused every Sunday for a month suggests the student may need additional support.

The Sunday Reset makes those patterns much easier to see.

Parents Should Gradually Do Less

At first, you may need to sit next to your student and say:

“Okay, open your grade portal.”

Then:

“Let's check math.”

“Now chemistry.”

“What's due this week?”

That is fine.

But the long term goal should not be for parents to run the Sunday Reset forever.

Eventually, your student should be able to sit down independently and determine:

Here is what I have coming up.

Here is what I'm missing.

Here is when I'm going to study.

Here is what I don't understand.

Here is where I need help.

That is a much more valuable skill than simply completing tonight's homework.

The Bottom Line

A successful school week often starts before Monday morning.

Fifteen minutes on Sunday can help students catch missing work, anticipate tests, start projects earlier, identify confusion, and avoid scheduling everything for the same night.

The Sunday Reset is not about parents micromanaging school.

It is about teaching students to look ahead.

Every Sunday, answer:

What is coming?

What needs to get done?

When will I do it?

What don't I understand?

Where do I need help?

Then close the laptop and enjoy the rest of Sunday.

The week has a plan.

Why Does My Student Know the Material at Home but Forget It on the Test?

It can be incredibly frustrating for students and parents.

Your student studies the night before a test.

You quiz them at the kitchen table.

They seem to know the material.

They complete the study guide without much trouble.

Then the test comes back:

68 percent.

Naturally, everyone is confused.

“But you knew this last night. What happened?”

Sometimes test anxiety plays a role. But there are several other common explanations, and one of the biggest is that students can mistake recognizing information for actually knowing it.

A student may genuinely feel prepared at home without having practiced retrieving and applying the information independently.

Here is how that happens and what students can do differently.

1. Recognizing Something Is Different From Remembering It

Imagine your student is studying biology.

They read:

Mitochondria are responsible for producing ATP through cellular respiration.

They think:

“Yep. I know that.”

Then they move on.

But what would happen if you closed the book and asked:

“What is the primary function of the mitochondria?”

Could they produce the answer without seeing it first?

That is a different skill.

When students reread notes, textbooks, or study guides, the information is sitting directly in front of them.

It feels familiar.

That familiarity can create the impression that the information has been learned.

On a test, the information disappears.

Now the student's brain has to retrieve it.

That is why one of the best ways to determine whether you actually know something is simple:

Close your notes.

Then try.

2. Students Sometimes Receive More Help at Home Than They Realize

Consider a student working through a math study guide.

They get stuck.

They look at their notes.

Then they solve the problem.

Next question.

They get stuck again.

They look at an example from class.

Then they solve it.

By the end of the study session, they have completed 20 problems and feel pretty confident.

But they may not have solved 20 problems independently.

They solved 20 problems with access to help.

There is nothing wrong with using notes while learning.

Eventually, though, the notes need to go away.

Before a test, students should be able to complete representative problems without examples, hints, notes, or someone sitting next to them.

3. Being Able to Follow a Solution Is Not the Same as Being Able to Create One

This happens constantly in math and science.

A student watches their teacher solve a problem.

Everything makes sense.

They watch a tutor solve another.

Still makes sense.

They look through several completed examples.

“I totally get this.”

Then the test gives them a blank page and a new problem.

Suddenly they do not know where to begin.

The student may understand the explanation perfectly.

What they have not practiced enough is deciding:

What kind of problem is this?

Which strategy should I use?

What should I do first?

That decision making is part of knowing the material.

4. Homework Often Gives Students Clues That Tests Do Not

Imagine a math homework assignment titled:

Solving Systems Using Substitution

Every problem underneath it is probably going to involve substitution.

The student already knows what method to use.

A test may contain:

• A system of equations

• A quadratic

• A function question

• A word problem

• An exponential equation

Now the student has to identify the type of problem before solving it.

That is harder.

This is why mixed practice can be so valuable before a test.

Instead of completing ten nearly identical problems, mix several different concepts together.

Now students have to recognize the strategy themselves.

5. The Student May Have Studied the Answers Instead of the Material

Study guides can sometimes create this problem.

Suppose the study guide asks:

“What year did the American Revolution begin?”

The student memorizes:

1775

Great.

But the test asks:

“Which event marked the beginning of armed conflict between the American colonies and Great Britain?”

Now the question looks different.

Students who understand the underlying material can usually handle that change.

Students who memorized a particular question and answer may struggle.

A useful test during studying is:

“Could I answer this if my teacher asked it in a completely different way?”

6. They May Not Be Practicing Under Test Like Conditions

Studying at home is comfortable.

Students may have:

• Their notes open

• Music playing

• Their phone nearby

• Unlimited time

• A parent helping

• Answers available

• Breaks whenever they want them

Then they walk into a classroom where they have 45 minutes, no notes, no hints, and no idea what question comes next.

Those are very different environments.

Students do not need to recreate an intimidating testing environment at home.

But their final preparation should include some closed note, independent practice.

For example:

Set a timer for 25 minutes.

Put away the notes.

Complete ten mixed problems.

Then check the answers afterward.

That gives a much more accurate picture of readiness.

7. Test Anxiety Can Interfere With Performance

Sometimes a student really does know the material and struggles to access it during an assessment.

They may sit down, see the first difficult question, and panic.

Then thoughts start racing:

“I don't know this.”

“I'm going to fail.”

“Everyone else is probably almost finished.”

That stress can make concentrating and recalling information more difficult.

One clue is when a student's test performance is consistently much worse than their performance during independent, closed note practice at home.

In that situation, the problem may not simply be how much they studied.

Students can work on strategies such as slowing down, starting with approachable questions, carefully reading directions, using the allotted time, and getting comfortable completing timed practice.

If test anxiety is severe or consistently interfering with school, it may also be worth discussing with the student's teacher, counselor, or another appropriate professional.

8. Cramming Can Create Short Term Familiarity

A student studies for three hours Thursday night.

By 10:00 PM, everything feels familiar.

Friday morning arrives and some of that confidence is gone.

This is one reason studying over several days can be more effective than trying to learn everything in one night.

Instead of:

Thursday: Three hours

try:

Monday: 25 minutes

Tuesday: 25 minutes

Wednesday: 30 minutes

Thursday: 30 minutes

Each time the student returns to the material, they have to retrieve some of it again.

That repeated retrieval is useful preparation.

How Can Students Tell If They Are Actually Ready?

Before a test, students can give themselves a simple reality check.

Put away:

The notes

The textbook

The study guide answers

Completed homework

Then ask:

Can I explain the major concepts without looking?

Can I answer practice questions without hints?

Can I solve problems without first seeing an example?

Can I identify which strategy to use when different problem types are mixed together?

Can I explain why my answer is correct?

If the answer is yes, that is much stronger evidence of readiness than:

“I looked over everything.”

Parents: Change How You Quiz Your Student

Parents can accidentally contribute to the illusion of knowing.

Imagine you ask:

“Mitochondria are the powerhouse of the...?”

Your student says:

“Cell.”

That is better than nothing, but you supplied most of the information.

Instead ask:

“Tell me what you know about mitochondria.”

Or instead of:

“The Louisiana Purchase was in 1803, right?”

ask:

“What do you remember about the Louisiana Purchase?”

Give fewer clues.

Let your student retrieve the information.

A little silence while they think is okay.

That difficulty is part of the practice.

Try the “No Help” Test

Here is a simple strategy families can use before an assessment.

After your student believes they are finished studying, have them spend 15 to 20 minutes working completely independently.

No notes.

No hints.

No answers.

No Googling.

No parent assistance.

Give them representative questions from the material.

Then check their work afterward.

If they perform well, great.

If they suddenly struggle, that is not bad news.

It is valuable news.

They have discovered the gaps while there is still time to address them.

Do Not Wait for Several Bad Tests

If this happens once, adjust the study strategy and see what happens.

If it becomes a pattern, investigate further.

For example:

Homework: 95 percent

Practice problems at home: strong

Quiz 1: 68 percent

Quiz 2: 64 percent

Test: 66 percent

Now there is a consistent mismatch worth addressing.

Talk with the student.

Review the actual assessments.

Ask the teacher what they are noticing.

Look at whether mistakes come from misunderstanding, time pressure, careless errors, difficulty interpreting questions, or something else.

The actual missed questions often tell you much more than the percentage at the top of the page.

The Bottom Line

When students say:

“But I knew it at home!”

they may be completely sincere.

The problem is that feeling familiar with material and being able to retrieve it independently are not the same thing.

Effective test preparation should eventually remove the supports.

Close the notes.

Mix up the problems.

Change the wording.

Practice retrieving information.

Work independently.

Then see what happens.

The best time for a student to discover:

“Wait, I actually don't know this as well as I thought.”

is not halfway through the test.

It is the night before, when there is still time to do something about it.

How Can My Student Get Better at Taking Notes in Class?

Some students take almost no notes.

Others try to write down every single word the teacher says.

Neither approach works particularly well.

Good note taking is not about creating a perfect transcript of class. It is about capturing the information that will actually help a student understand the lesson later and prepare for the next assessment.

That means students have to make decisions in real time:

What is important enough to write down?

What can I leave out?

What does the teacher seem to care about?

What am I going to need when I look at these notes three weeks from now?

Learning to answer those questions can make notes dramatically more useful.

Here is how students can improve.

1. Stop Trying to Write Down Everything

Imagine a history teacher says:

“The Louisiana Purchase happened in 1803. Jefferson purchased the territory from France, and it essentially doubled the size of the United States. One reason this is so significant is that Jefferson actually had concerns about whether the Constitution gave him the authority to make the purchase.”

A student does not need to copy that entire explanation word for word.

Their notes might say:

Louisiana Purchase, 1803

US bought territory from France

Nearly doubled size of US

Jefferson questioned whether Constitution gave him authority

That captures the important information without forcing the student to spend the entire lesson frantically writing.

Students should be listening and thinking while taking notes, not simply transcribing.

2. Write Down What the Teacher Emphasizes

Teachers frequently give clues about what matters.

Listen for phrases like:

“This is important.”

“Make sure you know this.”

“You will see this again.”

“This is a common mistake.”

“Remember the difference between these two.”

Those statements should immediately get a student's attention.

If the teacher spends ten minutes explaining one concept, gives three examples, and warns students about a common mistake, there is a good chance that concept matters.

Students should make sure it appears clearly in their notes.

3. Write Down Examples, Not Just Rules

This is especially important in math and science.

Suppose the teacher introduces a formula.

Do not only write the formula.

Include at least one example showing how it is used.

For example, a student's math notes might contain:

Slope formula

Then a worked example underneath it with the important steps.

Weeks later, the example may be much more useful than the formula by itself.

The same principle applies to grammar, chemistry, physics, and many other subjects.

A definition tells you what something is.

An example shows you how to use it.

Students often need both.

4. Write Down the Teacher's Explanation When It Adds Something

Sometimes the textbook definition is not the most useful explanation.

Imagine a biology slide says:

“Osmosis is the passive movement of water across a selectively permeable membrane.”

Write that down if it is important.

But then the teacher says:

“Think of water as moving toward the side with more dissolved material.”

That explanation may be what actually makes the concept click.

Write that down too.

Your notes should preserve the explanations that helped you understand something, not simply duplicate information already available on the slide.

5. Write Down Things You Do Not Understand

Notes do not have to contain only things students understand.

In fact, one of the most useful things a student can write is:

???

Suppose the teacher completes an algebra problem and you understand everything until the fourth step.

Put a star or question mark next to that step.

Write:

Why did the sign change here?

Now you know exactly what to ask about later.

Without that note, the student may go home remembering only:

“I was confused about something in math today.”

That is much harder to fix.

6. Pay Attention to Comparisons and Differences

Teachers frequently test whether students understand the difference between similar concepts.

For example:

Mitosis vs. meiosis

Speed vs. velocity

Federalists vs. Anti Federalists

Independent vs. dependent variables

Commas vs. semicolons

When a teacher compares two concepts, organize your notes so the distinction is obvious.

You might create two columns or write:

Mitosis: one division, produces two cells

Meiosis: two divisions, produces four cells

Now the relationship is visible immediately.

7. Write Down Questions the Teacher Asks

This is an underrated strategy.

Suppose a teacher stops during class and asks:

“Why do you think the author included this paragraph?”

Students often wait for someone to answer and then move on.

But that question tells you something about how the teacher wants you to think about the material.

If the teacher repeatedly asks students to analyze cause and effect, compare ideas, explain reasoning, or interpret evidence, those are probably skills students will need later.

You do not need to record every casual question.

But important discussion questions can be valuable additions to your notes.

8. Write Down Common Mistakes

If a teacher says:

“A lot of students forget to distribute the negative sign here,”

write:

COMMON MISTAKE: distribute negative

That note may be more valuable before a test than another page of examples.

Teachers have usually seen hundreds of students make mistakes on the material they teach.

When they warn you about one, pay attention.

What Should Students NOT Waste Time Writing Down?

Knowing what to leave out is just as important.

Students generally do not need to copy:

• Every sentence from a PowerPoint

• Every word the teacher says

• Information they already have on a printed handout

• Repeated examples of something they already understand

• Long textbook passages word for word

• Decorative headings that take more time than the actual content

• Every side story or classroom discussion

If the PowerPoint will be posted online later, there is especially little value in spending the entire class copying it word for word.

Instead, listen to what the teacher says about the slide.

That is often where the useful information is.

A Simple Rule: Capture the Idea, Not the Sentence

Suppose the teacher says:

“The reason the mitochondria are often described as the powerhouse of the cell is because cellular respiration occurs there, producing ATP that the cell can use for energy.”

Do not worry about writing the sentence perfectly.

Write:

Mitochondria → cellular respiration → ATP/energy

That may be all you need.

Good notes often use:

Arrows

Abbreviations

Short phrases

Symbols

Bullets

They do not need to look like an essay.

What About Students Who Type Their Notes?

The same rules apply.

Typing can make it even easier to fall into the trap of transcribing everything because students can type quickly.

The goal should still be to process the information and decide what matters.

Instead of typing three paragraphs from a slide, summarize the idea in a few bullets.

Whether notes are handwritten or typed, the student should be thinking while recording.

What Should Notes Look Like After Class?

Imagine opening your notebook the night before a test.

Good notes should help you quickly answer:

What did we learn?

What were the major concepts?

What examples did we use?

What did the teacher emphasize?

What mistakes should I avoid?

What did I find confusing?

If you cannot answer those questions from your notes, they probably need improvement.

Spend Five Minutes Cleaning Up Notes After Class

Students do not need to rewrite their entire notebook.

But spending a few minutes reviewing notes later that day can be incredibly useful.

Add anything you forgot.

Circle important concepts.

Clarify messy sections.

Answer questions you marked during class.

If you wrote:

“??? Why does this happen?”

find the answer while the lesson is still fresh.

Five minutes today can make those notes much easier to understand three weeks later.

Parents Can Help Students Evaluate Their Notes

If your student says they took notes but still has no idea how to study, ask to see them.

Do not judge them based on how neat they look.

Instead ask:

“If you had a quiz tomorrow, could you use these notes to figure out what you need to know?”

Then look for:

Main ideas

Important vocabulary

Examples

Teacher emphasis

Questions or confusing concepts

Common mistakes

If the notebook is simply several pages of copied PowerPoint slides, your student may be doing a lot of writing without doing much processing.

Try This Note Taking Checklist

Students can keep the strategy simple.

During class, ask:

Is this a major concept?

Write it down.

Is this something the teacher emphasized?

Write it down.

Is this an important definition, formula, date, or rule?

Write it down.

Is this an example that helps me understand the concept?

Write it down.

Is this a common mistake?

Write it down.

Am I confused about something?

Mark it.

Is this information already available to me somewhere else and adding nothing new?

You probably do not need to copy it.

The Bottom Line

The best note takers are not necessarily the students with the fullest notebooks.

They are the students who can recognize what matters.

Good notes capture:

The main idea

Important details

Useful examples

Teacher emphasis

Common mistakes

Questions and confusion

Everything else is secondary.

Students should not leave class with a word for word transcript of what happened.

They should leave with something much more useful:

A map of what they learned and what they still need to understand.

My Student Says They Have Nothing to Study. Is That Actually True?

It is a conversation that happens in homes all the time.

“Do you have anything to do for school tonight?”

“No.”

“Nothing?”

“Nope. I finished my homework.”

Sometimes that is completely true.

But there is an important distinction students often miss:

Having no homework does not necessarily mean there is nothing worth doing for school.

Homework is work a teacher assigns.

Studying is preparation a student chooses to do.

As students move into more challenging middle school, high school, AP, and college courses, learning that difference becomes increasingly important.

Homework and Studying Are Not the Same Thing

Students often think about schoolwork in terms of what they have been explicitly told to complete.

If the teacher assigns problems 1 through 20, they do them.

If there is a worksheet, they complete it.

If nothing appears in the online portal, they assume they are finished.

But consider a student who has a chemistry test Friday.

The teacher may not assign anything Monday night.

Technically, the student has no homework.

But does that mean there is nothing they could be doing?

Probably not.

They could spend 20 minutes reviewing the concepts from class, practicing problems, or figuring out which topics they still do not understand.

That is the difference between completing assignments and preparing academically.

So What Should Students Do When There Is No Homework?

Students certainly do not need to spend every free moment studying.

Some nights, there genuinely may be nothing that requires attention.

But before declaring the night completely free, students should ask a few questions.

1. Do I Have Any Tests or Quizzes Coming Up?

This should be the first question.

A student may have nothing due tomorrow but have:

• A math quiz Wednesday

• A biology test Thursday

• A history test Friday

Those assessments do not suddenly become important the night before.

If something is coming later in the week, a night without homework can actually be the perfect opportunity to get ahead.

Even 15 or 20 minutes can help.

2. Is There Anything From Class Today That I Did Not Completely Understand?

This is one of the most useful habits a student can develop.

Imagine your student learned a new concept in Algebra II.

They mostly understood the lesson but struggled with the last two examples.

There is no homework.

They could ignore the confusion and hope tomorrow's lesson makes more sense.

Or they could spend 15 minutes reviewing those examples and trying a couple of similar problems.

Small gaps are much easier to fix while they are still small.

3. Is There a Bigger Assignment I Could Start Early?

Students often say they have nothing to do when what they really mean is:

“Nothing is due tomorrow.”

Those are very different things.

Maybe an English essay is due next Tuesday.

Maybe a history project is due in two weeks.

Maybe a presentation is coming at the end of the month.

A night without regular homework is a great opportunity to:

• Create an outline

• Find sources

• Read part of an assigned book

• Work on a presentation

• Complete one section of a project

Doing a little now can prevent a stressful night later.

4. Have I Reviewed What I Recently Learned?

Students do not always need to wait for a test to begin reviewing.

Suppose a student has been learning new vocabulary in AP Biology all week.

Ten minutes spent trying to recall those terms tonight can make studying much easier when the test arrives.

The key is to make the review active.

Do not simply stare at notes.

Close them and ask:

“What can I remember without looking?”

Try a few practice problems.

Explain the concept aloud.

Quiz yourself.

Then check your answers.

5. Is There Anything Missing?

Before deciding there is nothing to do, check the grade portal.

Sometimes:

“I don't have homework”

actually means:

“I don't have any new homework.”

There may still be:

• A missing assignment

• An incomplete assignment

• A correction opportunity

• Work that was never submitted

• A teacher comment that needs attention

A quick check can prevent surprises later.

A Concrete Example

Imagine it is Monday afternoon.

A student has no assigned homework.

Here is what the rest of the week looks like:

Wednesday: Geometry quiz

Thursday: English essay due

Friday: Chemistry test

Technically, the student may be telling the truth when they say:

“I don't have homework.”

But they certainly do not have nothing to do.

A productive Monday might look like:

15 minutes: Complete the introduction to the English essay.

15 minutes: Practice three geometry problems for Wednesday's quiz.

20 minutes: Review the first chemistry topic for Friday's test.

Fifty minutes of preparation Monday could save that student several hours of stress later in the week.

The Goal Is Not to Create Busywork

This distinction is important.

Students should not study just for the sake of appearing busy.

If there are no upcoming assessments, no major assignments, no missing work, and the student understands their current material, they may genuinely be finished.

That is okay.

Students need downtime too.

The goal is not:

“You must do schoolwork every night.”

The goal is:

“Before deciding you're finished, look ahead.”

That is a much healthier habit.

Why This Becomes More Important in Advanced Classes

The distinction between assigned work and independent preparation becomes increasingly important as students take more challenging courses.

A teacher may not provide a perfectly structured homework assignment every night.

Students may be expected to recognize for themselves:

“I didn't understand that lesson very well.”

“That test is four days away, so I should probably start reviewing.”

“This project is going to take several hours, so I should start now.”

Students who rely entirely on teachers telling them exactly what to do can struggle when that structure disappears.

Learning to prepare independently is an important step toward becoming a more self sufficient student.

Parents: Change the Question

This is also why we encourage parents to move away from asking only:

“Do you have homework?”

A student can truthfully answer “no” while still having plenty coming up.

Instead, try:

“What do you have coming up this week?”

Then:

“Any tests or quizzes?”

“Anything from class that you're confused about?”

“Any bigger assignments you could get ahead on?”

These questions require students to think beyond tonight.

Do Not Immediately Tell Them What to Study

There is another important distinction here.

If your student says:

“I don't have anything to do.”

the goal should not be for the parent to search through every class and create work for them.

Instead, teach the student how to investigate that question themselves.

Try:

“Okay. Have you checked what's coming up for the rest of the week?”

If they have checked and there genuinely is nothing pressing, great.

If they suddenly remember:

“Oh, I actually have a physics quiz Thursday,”

ask:

“Do you think there's anything you could do tonight that would make Thursday easier?”

Let them make the connection.

A Simple “Am I Actually Done?” Checklist

Before students close the laptop for the night, they can ask:

1. Have I completed everything due tomorrow?

2. Do I have any tests or quizzes coming up this week?

3. Do I have any larger assignments or projects I could start?

4. Is there anything I learned recently that I still do not understand?

5. Do I have any missing work?

If all five answers are clear, then yes:

You may actually be done.

Go enjoy your evening.

But if something comes up, spending a little time on it now can make the rest of the week significantly easier.

The Bottom Line

There is a major difference between:

“My teacher didn't assign homework.”

and:

“There is nothing academically useful for me to do.”

Sometimes both statements are true.

Often they are not.

The goal is not to turn every free evening into another study session.

It is to teach students to stop thinking only about what is due tomorrow and start thinking about what is coming next.

Homework teaches students to complete assigned work.

Independent preparation teaches them to manage their own learning.

And as students progress through high school and eventually college, that second skill becomes increasingly important.

Should Students Study With Friends or Study Alone?

Studying with friends sounds like a great idea.

Everyone brings their notes, opens their laptops, and agrees to spend the next two hours preparing for Friday's test.

Twenty minutes later, someone is showing everyone a video.

Someone else starts talking about what happened at school.

Before long, two hours have passed and everyone has completed about 30 minutes of actual studying.

Group studying can be extremely useful. But it can also create the illusion of productivity.

The question is not whether studying alone or studying with friends is always better.

The better question is:

What type of studying are you trying to do?

Some tasks are perfect for a group. Others are much more effective alone.

Here is how students can tell the difference.

When Is Studying Alone Better?

For most students, at least some preparation should happen independently.

When test day arrives, your friends will not be sitting next to you.

You need to know whether you can recall the information, solve the problem, or explain the concept without anyone else's help.

Studying alone is especially useful in several situations.

1. When You Are Learning Something for the First Time

If you barely understand a topic, a group may not be the best place to start.

You may need quiet time to:

• Read your notes

• Work through examples

• Organize the information

• Attempt basic practice problems

• Identify exactly what you do not understand

Once you have a foundation, studying with other students can become much more useful.

2. When You Need to Solve Problems Independently

This is especially important in math and science.

Imagine four students preparing for an Algebra II test.

One student solves a difficult problem while everyone else watches.

At the end, everyone says:

“Yeah, that makes sense.”

But only one person actually solved the problem.

The other three students practiced watching someone solve it.

Those are not the same thing.

Before a test, every student should spend time solving problems completely independently.

3. When You Are Easily Distracted

Be realistic about yourself and your friend group.

If studying together usually turns into talking, joking, eating, scrolling through phones, or discussing everything except school, the group probably is not helping.

That does not mean you have bad friends.

It just means they may not be your best study partners.

4. When You Have Different Weaknesses

Suppose you understand chapters one through three but need serious help with chapter four.

Your friend understands chapter four perfectly but needs to review chapter two.

Spending the entire evening studying together may not be efficient for either person.

Students need some individual study time focused specifically on their own weaknesses.

When Can Studying With Friends Be Helpful?

A good study group should make you think more, not less.

Group studying works best when students are actively testing, explaining, and challenging one another.

1. When You Quiz Each Other

This is one of the simplest ways to make a study group productive.

Instead of everyone silently reading notes together, take turns asking questions.

For example:

“What are the stages of mitosis?”

“What caused the War of 1812?”

“What does this vocabulary word mean?”

Try to answer before looking at the notes.

Now the group is practicing recalling information instead of simply rereading it.

2. When You Explain Concepts to Each Other

One of the best ways to discover whether you understand something is to try to teach it.

Choose a topic and have one student explain it without using notes.

The other students can ask questions.

If the explanation falls apart halfway through, that is useful information.

You have discovered something that needs more review.

A student who can clearly explain why something works usually understands it better than a student who simply recognizes the correct answer.

3. When Everyone Solves the Same Problem Separately

For math and science, try this:

Choose one problem.

Everyone solves it independently.

Then compare answers and approaches.

If everyone gets the same answer, move on.

If the answers are different, figure out why.

This is much more valuable than having the strongest math student solve every problem while everyone else watches.

4. When You Compare Notes

Students occasionally miss important information during class.

Comparing notes can help identify those gaps.

You might discover:

“I completely missed that formula.”

or:

“My teacher emphasized that too. It is probably important.”

But comparing notes should usually happen near the beginning of a study session.

Do not spend the entire session copying someone else's notebook.

5. When You Need Accountability

Sometimes having another person present makes it easier to actually sit down and study.

Two friends might agree:

“We're studying from 4:00 to 5:30. Phones away.”

That structure can be helpful.

But accountability only works when everyone agrees that the purpose of the meeting is actually to study.

How Can Students Tell When a Study Group Has Become a Hangout?

There is nothing wrong with hanging out with friends.

Just do not confuse it with studying.

Your study group has probably become a social event if:

• You spend more time talking than working

• Phones are constantly out

• One person does most of the problems

• Everyone keeps getting off topic

• Nobody knows what they are supposed to accomplish

• You leave without knowing more than you did when you arrived

A simple test is to ask yourself:

“If I had spent this same hour studying alone, would I have accomplished more?”

If the answer is consistently yes, the group is probably not helping.

Give the Study Session a Goal Before You Start

One of the easiest ways to prevent group studying from becoming socializing is to decide exactly what you are going to accomplish beforehand.

Instead of:

“Let's study chemistry tonight.”

try:

“Let's meet from 6:00 to 7:00. We'll quiz each other on vocabulary, complete five practice problems independently, compare our answers, and finish by reviewing anything we missed.”

Now there is a plan.

That makes it much easier to notice when the group gets off track.

Try Studying First and Socializing Second

Students do not need to pretend they do not want to talk to their friends.

Build that into the plan.

For example:

45 minutes: Focused studying

15 minutes: Break and talk

45 minutes: Focused studying

This can work much better than attempting to study and socialize simultaneously.

The important part is actually respecting the focused study time.

Put phones away.

Choose what you are working on.

Then take the break when the work period is finished.

A Good Strategy: Study Alone, Then Meet With the Group

For many students, the best approach is actually a combination of both.

Imagine you have a biology test Friday.

Tuesday

Study independently.

Review the material and identify what you do and do not understand.

Wednesday

Meet with two friends.

Quiz each other, explain difficult concepts, and compare answers to practice questions.

Thursday

Study independently again.

Focus specifically on the questions and concepts you struggled with during the group session.

This approach gives students the benefits of collaboration without becoming dependent on the group.

What About Group Projects?

Studying with friends and completing a group project are different.

If the assignment requires collaboration, students obviously need to work together.

But even then, it helps to clearly divide responsibilities.

Instead of four students sitting around saying:

“What should we work on?”

decide:

Who is responsible for what?

When should each part be completed?

When will everyone meet again?

Structure makes group work much more productive.

Parents: Pay Attention to the Result

Parents do not necessarily need to decide whether their student is allowed to study with friends.

Instead, look at what happens afterward.

Ask:

“What did you guys work on?”

A productive answer might sound like:

“We quizzed each other on chapters four and five, and I realized I still need to review cellular respiration.”

That student probably accomplished something.

A less convincing answer might be:

“We kind of looked over everything.”

If three hour study sessions repeatedly produce very little actual preparation, it may be worth suggesting more independent study time.

The Best Study Method Depends on the Task

There is no rule that says serious students must always study alone.

There is also no reason students need a group every time they prepare for an assessment.

Use the method that fits the task.

Study alone when you need to:

• Learn something at your own pace

• Concentrate without distractions

• Work on your individual weaknesses

• Solve problems independently

• Determine whether you actually know the material

Study with friends when you want to:

• Quiz each other

• Explain concepts

• Compare notes

• Discuss difficult questions

• Practice together

• Hold each other accountable

The important thing is that everyone is actually participating.

The Bottom Line

Studying with friends can be extremely effective.

It can also be an extremely effective way to spend two hours with your friends while convincing yourself that you studied.

The difference is structure.

A productive study group has a goal.

Everyone participates.

Everyone thinks independently.

Everyone leaves knowing what they understand and what they still need to review.

And students should still spend some time working on their own.

The real test is simple:

When your notes are closed, your friends are gone, and the test is sitting in front of you, can you do it yourself?

If the answer is yes, your studying worked.

How Can Parents Have a Productive Weekly Academic Check In With Their Student?

For many families, conversations about school sound something like this:

“Do you have any homework?”

“No.”

“Do you have any tests coming up?”

“I don't think so.”

“How are your grades?”

“Fine.”

And that is the end of the conversation.

The problem is usually not that students are intentionally hiding information. Many students simply are not thinking very far ahead.

They know what is due tomorrow. They may not be thinking about the chemistry test on Thursday, the English essay due Friday, or the missing assignment sitting in their grade portal.

One of the easiest ways parents can help is by having a short weekly academic check in.

It does not need to become an hour long meeting.

In fact, five minutes once a week can be enough.

The goal is not for parents to manage their student's schoolwork. The goal is to help students develop the habit of looking ahead, identifying problems, and making a plan.

Here is exactly how to do it.

Pick One Consistent Time Each Week

For most families, Sunday works well.

Students can look at the week ahead before Monday morning arrives, and there is still time to prepare for upcoming tests and assignments.

But Sunday is not mandatory.

Pick whatever time works consistently for your family.

The important part is making the check in predictable rather than waiting until someone discovers a bad grade or forgotten assignment.

Before You Start: Let Your Student Do the Work

This distinction matters.

The parent should not be the person opening every class page, finding every assignment, and announcing what needs to be done.

Have your student open their:

• School portal

• Assignment calendar

• Gradebook

• Personal planner or calendar

Then ask questions.

You are helping them learn how to manage school, not managing school for them.

The Five Minute Weekly Academic Check In

Here is a simple script parents can use.

Minute 1: “What do you have due this week?”

Have your student look through each class.

You are looking for assignments, projects, papers, labs, presentations, and other deadlines.

If your student says:

“Nothing.”

Do not immediately challenge them.

Instead say:

“Let's take a quick look at your class pages and make sure.”

The goal is to develop the habit of checking rather than relying on memory.

Minute 2: “What tests or quizzes are coming up?”

This question is intentionally separate from asking about homework.

A student may genuinely have no homework Monday night while still having a biology test Thursday.

Once you identify an assessment, ask one follow up:

“When are you planning to start studying?”

If the answer is:

“Thursday night.”

and the test is Friday, you have found an opportunity to help your student plan ahead.

You do not necessarily need to tell them exactly when to study.

Try:

“Do you think Thursday gives you enough time, or would it make sense to start earlier?”

Let them think through the answer.

Minute 3: “Which class feels hardest right now?”

This may be the most valuable question in the entire check in.

Grades often tell parents there is a problem after the problem has already developed.

Students can sometimes tell you much earlier.

You might hear:

“We're doing something new in math and I don't really get it.”

That is valuable information even if your student's math grade is currently an A.

Now there is an opportunity to address the confusion before the next quiz.

A difficult class does not automatically require intervention. But it is something worth watching.

Minute 4: “Is there anything missing or any grade that surprised you?”

Now check the grade portal.

Look for:

• Missing assignments

• Unexpected zeros

• Low quiz or test scores

• Grades that have recently declined

• Teacher comments

If you see something concerning, resist the temptation to immediately solve the problem.

Instead ask:

“What happened here?”

Then:

“What do you think you should do about it?”

Maybe your student needs to email the teacher.

Maybe an assignment was submitted but never recorded.

Maybe they need to correct a quiz.

Maybe they simply performed poorly and need to change how they prepare next time.

Give your student the first opportunity to propose the solution.

Minute 5: “What do you need from me this week?”

This is a much better question than automatically deciding what help your student needs.

The answer might be:

“Nothing.”

Great.

Or it might be:

“Can you quiz me on vocabulary Wednesday?”

“I think I need help with math.”

“Can you remind me to bring my project Tuesday?”

“I don't understand chemistry at all.”

Now the parent knows where support might actually be useful.

The Entire Script

If you want to keep it extremely simple, save these five questions:

1. What assignments or projects do you have due this week?

2. What tests or quizzes are coming up, and when are you going to study for them?

3. Which class feels hardest right now?

4. Is anything missing, or did you receive any grades that surprised you?

5. What do you need from me this week?

That is the entire meeting.

For many students, it really can take five minutes.

What If You Discover a Problem?

The weekly check in becomes especially useful when something is not going well.

Imagine your student says:

“I got a 64 on my first Algebra II quiz.”

A natural parental reaction might be:

“Why didn't you study more?”

Instead, use the moment to investigate.

Ask:

“Have you looked at what you missed?”

“Did you understand the material before the quiz?”

“How did you study?”

“What are you going to do differently before the next one?”

One bad quiz may simply require an adjustment.

But if your student says:

“Honestly, I haven't understood anything for the last two weeks,”

that is different.

Now it may be time to talk with the teacher or get additional help.

What If There Are Missing Assignments?

One missing assignment is not necessarily a crisis.

Suppose your student forgot to submit a history assignment.

Instead of immediately emailing the teacher yourself, ask:

“What do you think you should do?”

Ideally, your student realizes:

“I should email my teacher.”

Let them do it.

Now imagine you have the same conversation three Sundays in a row and each week there are new missing assignments.

That is no longer an isolated mistake.

There may be an organizational problem that needs more structure.

This is exactly why weekly check ins are useful.

They help parents notice patterns.

Do Not Turn the Check In Into an Interrogation

The tone of these conversations matters.

If every Sunday becomes:

“Why is this grade so low?”

“Why haven't you done this?”

“I told you to start studying earlier.”

students will quickly begin dreading the check in.

The goal is not to catch your student doing something wrong.

It is to answer three questions together:

What is coming up?

Is anything going wrong?

What is the plan?

Keep the conversation focused on problem solving.

Parents Should Gradually Do Less

The ideal weekly academic check in changes as students become more independent.

At first, a parent might need to say:

“Let's open Canvas and go through each class.”

Eventually, the student should arrive already knowing:

“I have a chemistry quiz Tuesday, an English paper Thursday, and I need to finish my history project this weekend.”

That is progress.

Over time, the parent's role should become smaller.

You might eventually only need to ask:

“What's your week look like?”

And your student can take it from there.

That is the ultimate goal.

Not a student who never forgets an assignment.

Not a student who never gets a bad grade.

But a student who learns how to recognize problems, make plans, ask for help, and manage their responsibilities increasingly on their own.

The Bottom Line

Parents do not need to monitor school every night to stay involved.

A consistent five minute conversation once a week can reveal a surprising amount.

Ask:

What is due?

What assessments are coming?

What feels difficult?

Is anything going wrong?

How can I help?

Then let your student do as much of the planning and problem solving as possible.

The best academic check in is not one that gives parents more control over school.

It is one that gradually teaches students how to take control of it themselves.

When Should Parents Step In and When Should They Let Their Student Struggle?

One of the hardest parts of parenting a student is knowing when to help.

You see your child frustrated with homework.

You notice a grade slipping.

You hear them say they do not understand a class.

Part of you wants to step in immediately.

Another part of you knows that students need opportunities to struggle, problem solve, make mistakes, and build independence.

Both instincts are valid.

The key is learning the difference between productive struggle and a student who is genuinely falling behind.

Here is a practical way to think about it.

What Is Productive Struggle?

Productive struggle happens when a student is challenged but still making progress.

They may feel frustrated.

They may need extra time.

They may make mistakes.

But they are still engaging with the problem and learning through the process.

Examples might include:

• Spending 20 minutes working through a difficult math problem before finally solving it

• Rewriting an essay paragraph several times because the first version was not strong enough

• Studying for a quiz and realizing they need to review one more concept

• Asking a teacher a question after initially trying to solve the problem independently

• Earning a lower grade than expected, reviewing mistakes, and adjusting before the next assessment

This kind of struggle can be incredibly valuable.

It teaches students persistence, independence, and confidence.

If parents step in too quickly, students may never get the chance to develop those skills.

When Parents Should Probably Hold Back

Consider giving your student some space when:

• They are frustrated but still working

• They know what the assignment is asking

• They have resources available

• They are making gradual progress

• The struggle is temporary

• They can explain what they are trying to do

For example:

Your daughter has been working on an algebra problem for ten minutes and says:

"I cannot figure this out."

Instead of solving it for her, try asking:

"What have you tried so far?"

or:

"Where exactly are you getting stuck?"

That keeps the thinking in her hands.

When Struggle Stops Being Productive

Struggle becomes a problem when the student is no longer learning from it.

Instead, they are simply becoming more confused, more discouraged, or further behind.

Warning signs include:

• Spending hours on homework that should take much less time

• Repeatedly missing assignments

• Failing several quizzes or tests in a row

• Saying they have no idea what is happening in class

• Avoiding a subject completely

• Falling behind faster each week

• Losing confidence

• No longer asking questions because they feel embarrassed or defeated

At that point, waiting longer may not build resilience.

It may simply allow the gap to grow.

Example 1: One Bad Quiz

Your student gets a 68 percent on the first chemistry quiz.

Productive struggle

They review the quiz, identify the mistakes, realize they misunderstood one topic, and make a plan to study differently before the next assessment.

Parents can probably stay in the background.

Time to step in

Your student gets a 68 percent, refuses to look at the quiz, says they do not understand anything in chemistry, and then scores similarly on the next two assessments.

Now the problem is becoming a pattern.

It is time to talk with the teacher, change the study strategy, or seek additional support.

Example 2: Difficult Homework

Your student normally finishes math homework in about 45 minutes.

Tonight, one assignment takes 75 minutes.

Productive struggle

They are working through a challenging new concept and eventually complete most of the assignment independently.

That is probably healthy struggle.

Time to step in

Math homework is now taking two or three hours every night.

Your student is constantly looking up examples, copying steps without understanding them, and becoming increasingly frustrated.

That suggests the issue is bigger than one difficult assignment.

Example 3: Missing Assignments

Your student forgets to submit one assignment.

Productive struggle

They notice the mistake, email the teacher, accept the consequence, and create a reminder system.

That is an excellent learning experience.

Time to step in

Missing assignments appear every week.

Your student does not know what is due, cannot keep track of deadlines, and their grade is falling despite understanding the material.

Now the issue may be organization or executive functioning rather than academics.

That deserves support.

Example 4: A Difficult Advanced Class

Your student starts an Honors or AP class and immediately says it is hard.

Productive struggle

The class moves faster than they are used to, but they understand most of the material and improve as they adjust.

They may need to work harder than they did last year.

That is often exactly what an advanced class is supposed to feel like.

Time to step in

Your student is completely lost, lacks important prerequisite skills, spends unreasonable amounts of time on the class, and continues falling further behind despite significant effort.

At that point, families should talk with the teacher and consider tutoring, additional academic support, or whether the course is the right placement.

Ask Yourself These Five Questions

Before stepping in, parents can ask:

1. Is my student still making progress?

Difficulty is okay.

No progress for an extended period deserves attention.

2. Is this a one time problem or a pattern?

One bad grade is different from four bad grades.

One forgotten assignment is different from missing work every week.

3. Does my student know what to do next?

If they can identify their next step, give them an opportunity to take it.

If they are completely lost, they may need guidance.

4. Is the struggle building confidence or destroying it?

Healthy challenge can eventually make students feel capable.

Persistent failure can make students stop believing they can succeed.

5. Is the problem getting better or worse?

This may be the most important question.

If things are improving, give the process time.

If they are steadily deteriorating, intervene earlier.

How Parents Can Step In Without Taking Over

Helping does not mean doing the work.

Parents can support students by asking:

• What do you think the problem is?

• What have you already tried?

• Who could you ask for help?

• What is your plan before the next test?

• What do you need from me?

You might help your student:

• Email a teacher

• Create a study schedule

• Organize assignments

• Find additional practice

• Schedule tutoring

The goal is to provide scaffolding without removing responsibility.

Avoid Becoming the Homework Manager

It is tempting to constantly check:

"Did you turn this in?"

"Did you study?"

"Did you email your teacher?"

Sometimes that is necessary for a short period.

But the long term goal should be helping students learn to manage these responsibilities themselves.

A useful transition is moving from instructions to questions.

Instead of:

"You need to study biology tonight."

try:

"You have a biology test Thursday. What is your study plan?"

Instead of:

"You forgot another assignment."

try:

"What system could you use so this does not happen again?"

That shift keeps accountability with the student.

Early Intervention Does Not Mean Overreacting

There is an important middle ground between fixing every problem and waiting until a student is failing.

Parents can intervene early without taking control.

Sometimes a 20 minute conversation, one email to a teacher, or one tutoring session is enough to prevent weeks of frustration.

The goal is not to eliminate every challenge.

It is to prevent manageable challenges from becoming overwhelming ones.

The Bottom Line

Students need opportunities to struggle.

That is how they learn persistence, problem solving, independence, and confidence.

But struggle is only useful when it is leading somewhere.

If your student is frustrated but making progress, give them room.

If they are confused, discouraged, and falling further behind each week, step in.

A simple rule is:

Do not rescue students from every difficult moment.

But also:

Do not mistake persistent failure for healthy struggle.

The best support helps students do more for themselves over time.

That is ultimately the goal.

How Should Students Recover After a Bad Grade on Their First Quiz?

The first quiz of the school year can feel surprisingly important.

Students are still learning a new teacher's expectations, adjusting to the pace of the class, and figuring out how much preparation each subject requires.

Then the quiz comes back.

62 percent.

Or maybe a student who usually earns As suddenly sees a C.

It is easy to immediately think:

“I'm going to be bad at this class.”

But one early quiz grade tells you very little about how the rest of the school year will go.

In fact, a disappointing first quiz can be incredibly useful if students respond to it correctly.

Instead of treating the grade as a verdict, treat it as information.

Here is what students should do next.

1. Do Not Panic Over One Grade

The first thing to remember is that one quiz rarely determines an entire semester.

Early in the year, there may only be a handful of grades entered, which can make one low score look especially dramatic in an online gradebook.

A 65 percent after two assignments may temporarily make your overall grade look terrible.

That does not mean the semester is ruined.

Give yourself a moment to be disappointed, then shift your attention to the more useful question:

Why did I get this grade?

2. Look at Every Question You Missed

Do not shove the quiz into your backpack and try to forget about it.

Your mistakes are telling you exactly what needs attention.

For every missed question, determine what happened.

Was it:

• A concept you did not understand?

• A careless mistake?

• A vocabulary term you forgot?

• A question you misread?

• A problem you knew how to solve but rushed through?

• Something you never studied?

Different mistakes require different solutions.

If five missed questions came from the same concept, you have probably found the area you need to review.

3. Redo the Questions Without Looking at the Answers

Reading the teacher's correction is not enough.

Take the questions you missed and try them again.

For math and science, solve the entire problem from the beginning.

For history or biology, explain why the correct answer is right.

For English, identify the rule or evidence you missed.

If you can now answer the question independently, you have learned from the mistake.

If you still cannot, you have identified something that requires more help.

4. Ask Yourself How You Studied

Sometimes students know exactly why a quiz went poorly.

They did not really study.

But other times students genuinely spent an hour studying and are confused about why the score did not reflect their effort.

That is when you should examine how you studied.

Did you mostly:

• Reread notes?

• Highlight the textbook?

• Look over a study guide?

• Watch someone else solve problems?

Those activities can make material feel familiar without proving you can recall or apply it independently.

Before the next quiz, spend more time:

• Solving practice problems

• Quizzing yourself

• Using flashcards without looking at the answer

• Explaining concepts aloud

• Completing questions without notes

The goal is not simply to study longer.

It is to study in a way that resembles what you will actually need to do on the quiz.

5. Talk to Your Teacher

Especially after the first assessment, your teacher can be an excellent resource.

You might say:

“I did not perform as well as I wanted on the first quiz. I reviewed my mistakes and noticed I struggled most with this topic. What would you recommend I focus on before the next one?”

That conversation accomplishes two things.

First, you may receive useful advice about the material.

Second, your teacher sees that you are taking responsibility and genuinely trying to improve.

That can help establish a strong relationship early in the year.

6. Find Out Whether You Misjudged the Class

Sometimes the first quiz teaches students that the class requires a different level of preparation than they expected.

Maybe last year you could study for 15 minutes and earn an A.

This year's Honors course may require several days of practice.

That does not mean you are incapable of succeeding.

It means you have learned something important about the expectations.

Adjust.

7. Make a Specific Plan for the Next Quiz

Avoid vague goals such as:

“I'll study harder next time.”

Make the plan concrete.

If the next quiz is Friday:

Monday: Review the week's first concept for 15 minutes.

Tuesday: Complete five practice problems.

Wednesday: Review the second concept and redo difficult homework.

Thursday: Complete a mixed practice set without notes.

Friday: Quick review before school.

Now your response to the bad grade has turned into an actual strategy.

8. Get Help Early If You Need It

One of the biggest mistakes students make is waiting.

They struggle on the first quiz.

Then they struggle on the second.

Then the first test arrives.

By that point, the original gap has grown.

If you still do not understand the material after reviewing your mistakes, get help now.

That could mean:

• Asking your teacher

• Attending office hours

• Studying with a classmate

• Using additional practice

• Meeting with a tutor

It is much easier to solve a small learning gap during week two than a large one during week ten.

9. Separate the Grade From Your Ability

A bad quiz does not mean:

“I'm bad at math.”

It means:

“I did not demonstrate enough understanding of this material on this assessment.”

Those are very different statements.

One describes something fixed about who you are.

The other describes a problem you can solve.

Maybe you need more practice.

Maybe you need a different explanation.

Maybe you underestimated the test.

All of those things can change.

Parents: How You Respond Matters Too

Parents understandably want to react when they see a disappointing grade.

Instead of immediately asking:

“How did you get a 62?”

try:

“Have you looked at what you missed?”

Then ask:

“Do you understand what went wrong?”

and:

“What are you going to do differently before the next quiz?”

This shifts the conversation away from punishment and toward problem solving.

The goal is not to make students feel comfortable getting poor grades.

The goal is to teach them how to respond productively when something goes wrong.

That is a skill they will need throughout school, college, and eventually their careers.

The Bottom Line

The first bad quiz of the year can actually become one of the most valuable assessments a student takes.

It reveals:

What do I know?

What do I not know yet?

Is my current study strategy working?

What does this teacher expect?

What should I change before the next assessment?

The students who succeed are not necessarily the ones who never receive a bad grade.

They are the ones who know what to do after they receive one.

Review it.

Understand it.

Make a change.

Then move forward.

One quiz does not determine your school year.

What you do next matters much more.

Should Students Study Differently for a Quiz Than for a Test?

A quiz on Friday and a unit test next week should not be studied for in exactly the same way.

It sounds obvious, but many students use the same strategy for every assessment. They look over their notes, reread a study guide, and hope they remember enough when the questions appear.

The problem is that quizzes and tests usually require different levels of preparation.

A quiz often checks whether students understand a smaller amount of recently taught material. A test usually covers more content, requires students to remember material from farther back, and may ask them to connect several concepts together.

Understanding that difference can help students study more efficiently and avoid unnecessary cramming.

Here is how we recommend approaching each one.

First, Know What You Are Preparing For

Before studying, figure out what the assessment actually covers.

Ask:

• Which lessons or chapters are included?

• What types of questions will be asked?

• Is it mostly memorization, problem solving, writing, or a combination?

• Are older concepts included?

• Did the teacher provide a study guide?

Do not begin with “I need to study.”

Begin with “What exactly do I need to know?”

That makes it much easier to create an effective plan.

How Should Students Study for a Quiz?

Because quizzes generally cover less material, preparation can usually be shorter and more focused.

1. Review the Most Recent Material

Start with the lessons taught since the previous quiz or assessment.

Look through class notes, homework, examples, and assignments.

Pay particular attention to anything the teacher emphasized repeatedly.

2. Test Yourself Instead of Just Rereading

One of the biggest studying mistakes students make is confusing recognition with understanding.

Reading a page of notes and thinking, “Yeah, I remember this,” is not the same as being able to produce the answer yourself.

Close your notes and try to:

• Define important terms

• Solve a problem from scratch

• Explain a concept out loud

• Answer questions without looking at the answers

If you cannot do it without your notes, you probably do not know it as well as you think.

3. Focus on Weak Spots

You probably do not need to spend 30 minutes reviewing something you already understand perfectly.

Instead, identify the two or three things most likely to cause problems.

Spend the majority of your study time there.

4. Do a Short Review the Night Before

For many quizzes, a focused review the evening before combined with paying attention and keeping up with the material throughout the week may be enough.

But avoid making the night before the first time you look at the material.

Even 10 or 15 minutes of review earlier in the week can make the final study session much easier.

How Should Students Study for a Test?

Tests usually require a different approach.

If a quiz is about making sure you understand the latest material, a test often asks:

Can you still use everything we have learned throughout this unit?

That requires more planning.

1. Start Several Days Ahead

Do not wait until the night before.

If your test is Friday, consider beginning your review Monday or Tuesday.

That does not mean studying for three hours every night.

Twenty to forty focused minutes over several days can be far more effective than one exhausting cram session.

2. Break the Test Into Topics

Instead of writing:

Study for math test

make a list:

Linear equations

Systems of equations

Graphing

Word problems

Inequalities

Now you can determine which topics you know and which ones need work.

This also makes a large test feel much more manageable.

3. Use Practice to Find Your Weaknesses

Do not decide what you know based on how familiar your notes look.

Prove it.

For math and science, solve problems without looking at examples.

For history, answer questions without your notes.

For English, practice identifying concepts or constructing responses.

For vocabulary, cover the definitions and recall them yourself.

The goal is to retrieve information, not simply recognize it.

4. Review Your Mistakes

Your old quizzes, homework, and classwork can be some of your best study materials.

Look at problems you previously missed and ask:

Why did I get this wrong?

Maybe you misunderstood the concept.

Maybe you made an algebra mistake.

Maybe you misread the question.

Maybe you knew the material but rushed.

Then redo the problem without looking at the solution.

Your mistakes are essentially a personalized study guide showing you where to focus.

5. Mix Different Types of Problems Together

This is especially important for math and science.

Homework often tells you exactly what skill you are practicing.

A test usually does not.

Instead of completing 15 identical problems in a row, mix different types together.

Now you have to determine which strategy to use before solving the problem.

That is much closer to what happens on an actual test.

6. Do a Final Check the Night Before

The night before should ideally be a review, not a rescue mission.

Ask yourself:

Can I explain the major concepts without notes?

Can I solve representative problems independently?

Are there any topics I still consistently miss?

Spend your final study session strengthening those last weak areas.

Then get some sleep.

Quiz vs. Test: A Simple Study Plan

Here is an easy rule students can remember.

For a quiz: Think focused review.

Review the recent material, test yourself, identify weak spots, and complete a short final review.

For a test: Think multi day preparation.

Break the material into topics, practice retrieving information, revisit mistakes, complete mixed practice, and spread your studying across several days.

The amount of preparation should also depend on the student and the class. A difficult calculus quiz may require more studying than an easy history test.

The label matters less than how much material is being assessed and how well you currently understand it.

One Strategy Works for Both: Study Actively

Whether you have a five question quiz or a major final exam, one principle remains the same:

Studying should require you to do something.

Solve.

Write.

Recall.

Explain.

Practice.

Quiz yourself.

If most of your study session consists of staring at notes or highlighting a textbook, you may feel productive without actually testing whether you know the material.

A good study session should occasionally feel difficult.

That difficulty is often your brain practicing exactly what it will need to do on assessment day.

The Bottom Line

Students should not prepare for every assessment the same way.

A smaller quiz may only require focused review of recent material, while a larger test usually deserves several days of organized preparation.

But in both cases, the most important question is not:

“How long did I study?”

It is:

“Can I demonstrate what I know without looking at my notes?”

If the answer is yes, you are probably ready.

If the answer is no, you just discovered exactly what you should study next.

What Should Students Do Every Sunday to Prepare for the School Week?

Sunday night has a way of sneaking up on students.

One minute it is the weekend, and the next someone suddenly remembers:

“Wait, I have a test on Tuesday.”

A successful school week often starts before Monday morning.

Students do not need to spend their entire Sunday studying or worrying about school. In fact, a simple 15 to 20 minute Sunday reset can be enough to identify what is coming, make a plan, and avoid many of those stressful last minute surprises.

Here is a practical Sunday routine students can use throughout the school year.

1. Check Every Class

Start by looking at each class individually.

Check your school's online portal, learning management system, planner, and any announcements from your teachers.

Look specifically for:

• Assignments due this week

• Tests and quizzes

• Projects

• Reading assignments

• Missing work

• Upcoming deadlines

Do not rely on memory.

One of the easiest ways to forget something is to assume you will remember it later.

2. Write Down Every Test and Quiz

Next, identify every assessment coming up during the week.

If you have a biology test Thursday, do not simply write:

Biology test Thursday

Decide when you are actually going to prepare for it.

For example:

Sunday: Review vocabulary for 20 minutes

Monday: Review notes and diagrams

Tuesday: Complete practice questions

Wednesday: Review mistakes and difficult concepts

Thursday: Test

Now studying becomes several manageable tasks instead of one stressful night of cramming.

3. Identify Your Biggest Assignment

Look for anything that will require more than one sitting.

Maybe you have:

• An English essay

• A history project

• A chemistry lab report

• A presentation

• A large problem set

Then break it into smaller pieces.

Instead of writing:

“Work on English essay”

try:

Monday: Create outline

Tuesday: Write introduction and first body paragraph

Wednesday: Finish draft

Thursday: Edit and submit

Large assignments become much less intimidating when you know exactly what you need to accomplish each day.

4. Ask Yourself Which Class Needs the Most Attention

Not every class needs the same amount of time.

Ask yourself:

“Which class feels hardest right now?”

Maybe you understand everything happening in English but are beginning to feel lost in Algebra II.

That is useful information.

Give the difficult class extra attention before the next bad grade appears.

You might review your notes, complete additional practice, ask your teacher a question, or schedule time with your tutor.

Being proactive is much easier than trying to catch up later.

5. Look at the Rest of Your Schedule

School is only one part of the week.

You may also have:

• Sports practices

• Games

• Club meetings

• Work

• Tutoring

• Appointments

• Family commitments

Put those on your calendar too.

If you have soccer practice until 8:00 Wednesday night, Wednesday probably should not be the night you plan to study for three hours.

Instead, move some of that work to Tuesday.

Good time management is not about finding more hours.

It is about using the hours you actually have.

6. Prioritize Your Week

Once you can see everything in front of you, decide what matters most.

A simple way to prioritize is to ask:

What is due first?

What will take the longest?

What am I least prepared for?

What is worth the most toward my grade?

A worksheet due tomorrow probably needs attention before a project due next month.

But a major test on Friday may require more preparation than either one.

Learning to prioritize is one of the most valuable academic skills students can develop.

7. Check Your Grades

Sunday is also a good time for a quick grade check.

Look for:

• Missing assignments

• Unexpected grades

• Recent test and quiz scores

• Teacher comments

• Classes where your grade is beginning to change

If something looks wrong, make a note to address it Monday.

If you earned a disappointing grade, do not just stare at the percentage.

Ask:

“What happened, and what can I do differently next time?”

8. Prepare for Monday Morning

Finally, take five minutes to make Monday easier.

Pack your backpack.

Charge your laptop.

Find anything you need to bring to school.

Put completed assignments where you will remember them.

Choose your clothes if that helps your morning routine.

Check what time you need to leave.

Monday mornings feel much less chaotic when Sunday night Alex has already done Monday morning Alex a favor.

Try This 15 Minute Sunday Reset

Students can keep the entire routine simple:

Minutes 1 through 5: Check every class for assignments, tests, quizzes, and deadlines.

Minutes 6 through 10: Put everything on your calendar and decide when you will study or work on larger assignments.

Minutes 11 through 13: Check grades and identify the class that needs the most attention.

Minutes 14 through 15: Pack your bag, charge your devices, and get ready for Monday.

That's it.

You do not need an elaborate productivity system.

You just need to know what is coming and what you are going to do about it.

Parents Can Help Without Taking Over

Parents can also make the Sunday reset part of a short weekly academic check in.

Instead of telling your student what they need to do, ask:

“What do you have coming up this week?”

“Which day looks busiest?”

“What test should you start preparing for now?”

“Which class needs the most attention?”

“Is there anything you need from me?”

The student should be the one checking assignments and creating the plan.

The parent's role is to help them learn how to think ahead.

Over time, students should become increasingly capable of doing the entire process independently.

The Bottom Line

A successful school week does not require hours of planning.

It requires a few minutes of looking ahead.

Every Sunday, students should know:

What is due?

What assessments are coming?

What is going to take the most time?

Where am I struggling?

When am I going to get everything done?

Fifteen minutes on Sunday can prevent forgotten assignments, last minute cramming, and plenty of unnecessary stress during the week.

Eventually, the Sunday reset becomes less about staying on top of school and more about developing a skill students will use for the rest of their lives:

Learning how to plan ahead.