Create a [QUESTION COUNT]-question quiz for [LEARNER LEVEL] on [TOPIC]. The learners should be able to [LEARNING OBJECTIVES] after completing [SOURCE MATERIAL OR LESSON CONTEXT]. Use only the supplied material for factual claims. The required format is [QUESTION FORMAT MIX], and the quiz should take about [TIME LIMIT]. Build questions that assess understanding, not recall alone. Cover each learning objective, and include a mix of straightforward application and one or two questions that expose a common misconception. Do not test minor trivia unless it is explicitly part of the objective. For every question, provide:
1. The question stem, written so a learner can answer it without seeing the options. 2. Answer choices if applicable, with one defensible correct answer and plausible distractors based on likely reasoning errors, not silly alternatives. 3. The correct answer. 4. A 35-70 word explanation of why it is correct and why the most tempting wrong answer fails. 5. The learning objective and cognitive level: recall, explain, apply, or analyze. Put questions first, then a separate answer key so the quiz can be used without accidental spoilers. For calculation or scenario questions, show the method in the answer explanation but do not make the numeric answer the only thing being tested. Before answering, check that every answer is supported by the supplied material and that no multiple-choice item has clues from length, grammar, or obviously impossible distractors. Ask up to 3 clarifying questions only if a required input is missing.
Fill in
| Placeholder | What to enter | Example |
|---|---|---|
| [QUESTION COUNT] | The number of quiz questions needed. | 10 |
| [LEARNER LEVEL] | The learners' age, grade, course level, or professional experience. | Ninth-grade biology students |
| [TOPIC] | The subject the quiz should cover. | Cell transport across membranes |
| [LEARNING OBJECTIVES] | What learners should be able to explain, apply, or analyze. | Explain diffusion, osmosis, and active transport; predict water movement from concentration diagrams |
| [SOURCE MATERIAL OR LESSON CONTEXT] | Notes, passage, lesson summary, or approved source content. | Class notes covering selectively permeable membranes, solute concentration, equilibrium, and ATP-powered pumps |
| [QUESTION FORMAT MIX] | The desired mix of multiple choice, short answer, matching, or scenarios. | Six multiple choice, three short answer, and one diagram-based scenario |
| [TIME LIMIT] | The intended completion time. | 18 minutes |
How to use
- Paste the learning objectives and the exact source material the quiz may rely on.
- Choose formats based on what you need to observe: short answer for reasoning, multiple choice for efficient diagnosis.
- Check the answer key against the source and remove any question that tests a term not taught.
- Follow up with: "Make a parallel Version B that assesses the same objectives without repeating stems, values, or distractors."
Variations
Study practice
Use when learners need guided retrieval practice.
Create a [QUESTION COUNT]-item study practice set for [LEARNER LEVEL] on [TOPIC], using [SOURCE MATERIAL]. Start with easier retrieval, then move to explanation and application. After each question, hide the answer under a clear "Answer" label and give a brief teaching explanation. Include [MISCONCEPTION] as a diagnostic item. Do not introduce facts beyond the source. Check that every question maps to [LEARNING OBJECTIVES] and that explanations teach the reasoning, not only the result.
Question bank
Use when you need options for an assessment build.
Create a question bank of [COUNT] items on [TOPIC] for [LEARNER LEVEL], aligned to [OBJECTIVES]. For each item, provide format, difficulty, question, correct answer, explanation, and tagged misconception or skill. Use only [APPROVED MATERIAL]. Include enough variation to make two balanced quizzes. Avoid near-duplicate questions and trivia. Check that multiple-choice distractors are plausible and that all short-answer scoring expectations are explicit.
Oral quiz
Use when you are leading a live discussion or training.
Write a live oral quiz guide for [AUDIENCE] on [TOPIC] using [LESSON NOTES]. Give [QUESTION COUNT] questions in a progressive sequence, a model answer, two follow-up probes, and a facilitator note describing what understanding to listen for. Include one question that invites learners to correct a misconception about [MISCONCEPTION]. Do not make learners guess unstated information. Check that the guide covers [OBJECTIVES] and can be delivered in [TIME LIMIT].
Tips
- Write learning objectives as observable actions, such as "compare two mechanisms," because they determine what a good question can test.
- A distractor should represent a recognizable misconception; random wrong answers make scores less informative.
- Separate an assessment from a lesson handout by placing explanations in an answer key, not immediately beside every test question.
- For generated scenarios, keep the relevant facts sufficient and remove irrelevant detail unless interpreting it is part of the skill.
FAQ
Can AI make quiz questions from a textbook chapter?
Yes, if you paste an excerpt or a structured summary you are allowed to use. Check against the chapter because AI may otherwise introduce related but untaught facts.
How do I stop a quiz from being too easy?
Use application scenarios and plausible distractors, but keep language and irrelevant reading load from becoming the hidden challenge.
Should every question be multiple choice?
No. Multiple choice is efficient for broad coverage, while short answers reveal reasoning and make guessing less likely.