How to Use Pretesting Before Learning New Material

Pretesting means trying a few questions before you study the material. You are expected to miss many answers; the point is to make your brain notice what the lesson will explain. For a practical routine, preview the headings, write three to five questions, attempt each one briefly, study with those questions in view, and then correct your answers from the source. Keep the whole pretest low-stakes and short.

This article is for college and upper-secondary students who want a more active way to begin a reading, lecture, or video. You will learn when pretesting is useful, how to avoid reinforcing guesses, and how to connect it to later retrieval practice. The method is a study tool, not a prediction of your grade or ability.

🧭 Key takeaways: Attempt questions before studying, expect errors, find the correct answers during study, and test yourself again later. A pretest should guide attention—not replace the lesson.

What pretesting is—and what it is not

A pretest, also called prequestioning, is a set of questions answered before the relevant information is learned. Unlike a diagnostic quiz used to assign a score, a learning pretest is deliberately low-stakes. Its job is to create targets for attention and expose what you do not yet know.

A 2023 review by Steven Pan and Shana Carpenter found that prequestioning can often improve later learning across text, video, and lecture materials, although the size of the benefit depends on the procedure and how learning is assessed. The crucial condition is that learners get a real opportunity to study the correct information afterward. Read the review record at ERIC.

This is different from retrieval practice after learning. Pretesting prepares you to encounter new material; retrieval practice checks and strengthens material you have already studied. A useful study system can include both: prequestions first, instruction second, and delayed recall later.

Why an incorrect answer can still help learning

Questions create specific search targets

A chapter can feel like a wall of equally important details. A question such as “Why does increasing temperature change reaction rate?” gives you something precise to look for. When the explanation appears, it has a ready-made place in your mental outline.

In three experiments using neuroscience passages, researchers at McMaster University compared learning objectives with question-based pretests. Final-test performance was highest when objectives were presented as multiple-choice pretest questions rather than as traditional statements or statements containing target facts. The study also shows why we should not reduce the finding to a universal recipe: in that particular design, immediate feedback after pretesting decreased final performance, and the authors discussed active searching during the later passage as a possible explanation. See the open-access study.

Pretesting can be placed throughout a long lesson

You do not have to front-load twenty questions before a long chapter. An open-access study divided prose into four segments and inserted seven short-answer questions before each segment. Participants returned for a cumulative test 24 hours later; the pretest groups recalled more than study-only groups for both related and unrelated sets of passages. Read the primary study in Memory & Cognition.

That design supports a practical principle: keep questions close to the section that answers them. It does not prove that seven questions or a 24-hour interval is ideal for every course. Treat those details as evidence that segmented pretesting can work, then adjust the scale to your own material.

Failure on the pretest is information, not a verdict

The University of California, Irvine Science of Learning Lab summarizes classroom-relevant work showing that attempting questions before instruction can produce stronger memory than spending the same time only studying. Its explanation is especially useful for students: an incorrect response should not be equated with failure to learn when related instruction follows. See the lab’s overview of pre-testing.

Your emotional rule should match the method: do not grade the first attempt. Mark it as “before learning,” not “wrong forever.” If guessing makes you anxious, write “I do not know yet, but I expect…” and make a tentative prediction.

A five-step pretesting routine for any new topic

Step 1: Define a small learning unit

Choose one section, one short lecture segment, or roughly 15 to 25 minutes of material. Use the syllabus, learning objectives, headings, figure captions, or end-of-section questions to identify the unit. A small unit makes it easy to find the corrective information immediately after your attempt.

Step 2: Write three to five answerable questions

Turn headings into questions that the source actually answers. Mix two factual prompts with one explanation or application prompt. Avoid questions so broad that you cannot judge your answer, such as “What is everything about photosynthesis?” Better prompts ask for a definition, relationship, process, comparison, cause, or worked decision.

• Definition: What does opportunity cost mean?
• Relationship: How does blood pressure change when vessel resistance rises?
• Process: What steps turn a bill into a law?
• Application: Which statistical test fits two independent group means, and why?

Step 3: Attempt each answer without searching

Set a brief limit: about 20 to 40 seconds per factual question and up to 90 seconds for an explanation. Write a real attempt, even if it is only a prediction plus your confidence—low, medium, or high. Then stop. The pretest should open the learning loop, not consume the study session.

Do not browse for the answer during this step. Searching turns the activity into open-book study and removes the clean contrast between what you expected and what the material says.

Step 4: Study with the questions visible

Read, watch, or listen normally, but pause when the source answers one of your questions. Add the correct answer in a different color or in a separate “after learning” field. Record the page, slide, timestamp, or worked example that supports it so you can verify the answer later.

If you keep digital notes, Snitchnotes can turn the corrected answers into flashcards or practice questions. Edit any generated item against the original source before using it; the course material, not your first guess or an automated draft, remains the authority.

Step 5: Retest after a delay

Close the material and answer the same questions again later that day or the next day. Then add one transfer question that changes the example or asks you to explain why. The first pretest directed attention; this later attempt is retrieval practice and tells you what needs another study pass.

Worked example: pretesting a biology chapter

Imagine that tomorrow’s reading covers how enzymes affect reaction rates. The chapter headings mention activation energy, temperature, pH, and inhibition. Before reading, you create four questions:

1. What is activation energy?
2. How does an enzyme change activation energy?
3. Why can high temperature reduce enzyme activity?
4. How do competitive and noncompetitive inhibitors differ?

You give yourself three minutes and attempt all four. For question three, you write: “Higher temperature probably always speeds the reaction.” Your confidence is medium. During the reading, you find that rising temperature can initially increase collisions, but excessive heat can disrupt the enzyme’s structure and reduce activity. You replace the guess with a two-part explanation and note the relevant diagram.

The next day, you answer the four original questions from memory and add: “Predict what happens to reaction rate if an inhibitor occupies the active site while substrate concentration rises.” That new prompt checks whether you can apply the distinction, not merely repeat its wording.

A productive pretest leaves you with better questions and a clear correction trail—not a score.

When pretesting helps—and when to modify it

Use it for structured, explanation-rich material

Pretesting fits chapters, recorded lectures, review modules, and readings with clear learning objectives. It is especially convenient when the source has headings or questions you can transform. Segmenting the routine is helpful for long material because each attempt is followed quickly by relevant instruction.

Modify it when guessing has costs

Do not invent answers to safety procedures, medication instructions, legal rules, or laboratory protocols and then act on the guesses. You may still preview such material with neutral prompts—“What does the official procedure require?”—but go directly to the authoritative source before taking action. Pretesting is for learning, never for improvising a consequential decision.

Do not pretest every sentence

Questions focus attention, which also means they can narrow it. The research review notes that outcomes vary with procedure and assessment. Keep a few questions broad enough to preserve the lesson’s structure, and after studying ask, “What important idea did none of my prequestions capture?”

Stop if the setup becomes procrastination

A five-question pretest should usually take only a few minutes. If you spend longer designing cards than engaging with the lesson, shrink the routine to three questions: one definition, one relationship, and one application. You can add better questions after you understand the topic.

A 20-minute setup you can copy

Use this compact cycle when starting a textbook section or recorded lecture:

1. Minutes 0–2: scan headings, objectives, diagrams, and summary questions.
2. Minutes 2–5: write three to five prequestions.
3. Minutes 5–8: attempt answers and label confidence.
4. Minutes 8–18: study the first segment, correcting answers from the source.
5. Minutes 18–20: close the source, recall the key idea, and schedule a delayed retest.

At the end, your page should show four things: the original question, your before-learning attempt, the source-corrected answer, and the next review date. That visible trail prevents an early guess from being mistaken for a fact.

Frequently Asked Questions

Is pretesting the same as taking a practice test?

Not exactly. Pretesting happens before you learn the target material and is meant to guide attention during the lesson. A practice test usually happens after studying and asks you to retrieve what you learned. Both can belong in one workflow: pretest, study and correct, then use a delayed practice test.

Should I look at the answers immediately after a pretest?

Make sure correct information follows soon, but use the format that fits the lesson. You can study the passage with the questions visible and correct each answer as you encounter it. Evidence does not support one universal feedback schedule, so prioritize accurate correction and avoid leaving guesses unresolved.

What if I get every pretest question wrong?

That is not automatically a problem. The method assumes many answers may be wrong because the material is new. Check that your questions are answered by the lesson, study the correct explanations, and retest later. Judge progress from the corrected attempt, not from the before-learning score.

How many pretest questions should I use?

Start with three to five questions for a 15- to 25-minute learning unit. This is a practical starting point, not a research-defined optimum. Use fewer questions when the material is dense and more only when the setup remains brief and every question maps to an important objective.

Can pretesting make me remember a wrong answer?

An unresolved guess is risky, which is why correction is non-negotiable. Keep guesses visibly separate, verify answers against the assigned source, and rewrite the full correct response. If the topic is safety-sensitive or consequential, use neutral preview questions and consult the authoritative instructions before acting.

Conclusion

Pretesting before learning new material works best as a short attention-setting routine: write a few targeted questions, attempt them without judgment, study the relevant source, correct every response, and retrieve the answers again later. The opening errors are not the outcome; they are prompts that help you notice and organize the explanation that follows.

Try the five-step cycle on one small lesson this week. Keep the before-and-after answers together, and use Snitchnotes only after verification if you want to turn the corrected notes into flashcards or fresh practice questions. The goal is a reliable learning loop, not a perfect first guess.

Sources

• Pan and Carpenter (2023), “Prequestioning and Pretesting Effects: a Review of Empirical Research, Theoretical Perspectives, and Implications for Educational Practice.”
• Batsell and colleagues (2021), “Optimizing the Efficacy of Learning Objectives through Pretests,” CBE—Life Sciences Education.
• Kliegl and colleagues (2024), “Interpolated pretesting can boost memory of related and distinct prose materials,” Memory & Cognition.
• University of California, Irvine Science of Learning Lab, “The Benefits of Pre-Testing.”
• Richland, Kornell, and Kao (2009), “The Pretesting Effect: Do Unsuccessful Retrieval Attempts Enhance Learning?”