Create a quiz that tests understanding of the material below, not just memorization. TOPIC OR MATERIAL: [TOPIC OR STUDY MATERIAL] LEARNER LEVEL: [LEARNER LEVEL] LEARNING OBJECTIVES: [LEARNING OBJECTIVES] QUESTION COUNT AND TYPES: [QUESTION COUNT AND TYPES]
DIFFICULTY AND RULES: [DIFFICULTY AND RULES]
First identify the core concepts, relationships, procedures, and common misconceptions the learner should be able to handle. Then produce the quiz in two parts: Part 1, a student version with questions only; Part 2, an instructor answer key with the correct answer, a concise explanation, and the misconception each wrong option is designed to reveal where relevant.
Follow the requested question types exactly. For multiple-choice questions, provide four plausible options, one unambiguously best answer, and distractors based on real mistakes rather than nonsense. Avoid “all of the above,” trick wording, double negatives, and clues created by unequal option length. For short-answer or application questions, give a scoring rubric with the required reasoning steps, not merely a model response. Include a mix of recall only when it supports application, comparison, interpretation, or problem-solving.
Sequence questions from accessible to demanding. State any assumptions needed to answer questions that are not contained in my material. Do not introduce disputed facts, external content, or citations unless I ask for them. If the source material is too thin to test an objective, say which objective lacks support rather than inventing a question.
Before answering, check that every question maps to a listed objective and that the answer key contains no ambiguous or unsupported answer. Ask up to three clarifying questions only if a required input is missing.Fill in
| Placeholder | What to enter | Example |
|---|---|---|
| [TOPIC OR STUDY MATERIAL] | Name the topic or paste the lesson, notes, or source material to test. | High-school biology notes on photosynthesis, cellular respiration, and energy transfer in plant cells. |
| [LEARNER LEVEL] | State the learners’ age, grade, training level, or prior knowledge. | Grade 10 students after a two-week unit. |
| [LEARNING OBJECTIVES] | List what learners should be able to explain, apply, or distinguish. | Explain how photosynthesis and respiration are linked; predict what happens when light or carbon dioxide changes; identify inputs and outputs. |
| [QUESTION COUNT AND TYPES] | Specify the number of questions and requested formats. | 10 questions: 6 multiple choice, 2 short answer, and 2 scenario-based questions. |
| [DIFFICULTY AND RULES] | Set the difficulty mix, timing, open-book rules, or other assessment limits. | About 20 minutes; include three challenging application questions; no calculations beyond basic ratios. |
How to use
- Paste the material and write objectives as observable abilities, such as “compare” or “predict.”
- Choose question types that fit the skill: scenarios for application and short answers for reasoning.
- Check the key for one clearly best multiple-choice answer and a rubric for every open response.
- Follow up with: “Create a second version with the same objective map but different scenarios and answer order.”
Variations
Practice quiz
Use when a learner needs feedback after each response.
Create a [QUESTION COUNT]-question interactive practice quiz on [TOPIC] for [LEARNER LEVEL]. Objectives: [OBJECTIVES]. Ask one question at a time and wait for my answer. After each answer, say whether it is correct, explain the reasoning in [EXPLANATION LENGTH], and give one targeted follow-up question if I show a common misconception. Use [QUESTION TYPES] and increase difficulty gradually. Do not reveal future answers early. Track objectives missed and finish with a focused study plan based only on my responses.
Training assessment
Use when you need a workplace or compliance knowledge check.
Draft a [QUESTION COUNT]-question assessment for [AUDIENCE] after training on [TOPIC]. The required behaviors are [BEHAVIORS]. Include realistic workplace scenarios, especially where a wrong choice creates [RISK]. Provide a learner version and answer key with rationale, policy reference from [SOURCE MATERIAL], and remediation note. Do not make legal, safety, or policy claims beyond the supplied material. Verify every correct answer is supported by a cited section of the source material.
Oral quiz
Use when you are preparing questions for a live discussion or tutoring session.
Create an oral quiz on [TOPIC] for [LEARNER LEVEL], based on [SOURCE MATERIAL]. I need [QUESTION COUNT] questions that progress from foundational understanding to explanation and application. For each, provide the question, what a strong answer must include, one follow-up probe, and one common misconception to listen for. Keep each question answerable aloud in [TIME LIMIT]. Do not use trivia or facts absent from the material; check that each question measures [OBJECTIVES].
Tips
- Write objectives around actions, not topics: “interpret a graph” produces better questions than “understand graphs.”
- A plausible wrong answer should correspond to a specific misconception, otherwise it measures test-taking luck more than learning.
- For open-ended questions, demand a point-based rubric before using the quiz so grading stays consistent.
- Keep source material separate from the answer key when learners will paste the quiz into a shared tool.
FAQ
Can AI make a quiz from my notes?
Yes. Give it the notes and learning objectives, then check that questions do not introduce information the notes never covered.
How can I stop multiple-choice questions from being ambiguous?
Require one best answer, plausible distractors tied to known errors, and an explanation for why each option is wrong or right.
Should a quiz include answers?
Create a student version without answers and a separate key. Explanations are especially useful for practice quizzes.