Turn [STUDY MATERIAL] into a study guide for [COURSE OR TOPIC] at [LEVEL AND ASSESSMENT TYPE]. Focus on understanding, not copying or giving me answers to an active graded assignment. Use the priorities in [LEARNING OBJECTIVES] and the time available in [STUDY TIME]. First, identify the central question or system the material explains. Then produce a study guide with: 1. A 100-150 word plain-language overview. 2. A concept map in text: key terms, definitions, and the relationships or cause-and-effect links between them. 3. A structured summary organized by the learning objectives, not merely by page order.
4. For each difficult concept, one worked mini-example using only numbers or facts from the supplied material; if none are supplied, use a clearly labeled hypothetical example. 5. Common confusions, including distinctions that exam questions often test. 6. A 10-question retrieval practice set with answers hidden after a divider. Mix definitions, application, comparison, and sequence questions; do not create questions whose answers require outside facts. 7. A 30-minute study plan that prioritizes weak or high-weight concepts. Do not invent sources, formulas, historical facts, medical guidance, quotations, or course policies. Preserve qualifications and exceptions from the material; do not simplify a correlation into causation or an exception into a rule. If the material conflicts internally, identify the conflict rather than deciding silently. Output in clear sections, keeping the main guide under 1,200 words unless the source is longer than 5,000 words. Self-check that every learning objective is covered and that every practice answer is supported by the supplied material. Ask up to 3 clarifying questions only if a required input is missing.
Fill in
| Placeholder | What to enter | Example |
|---|---|---|
| [STUDY MATERIAL] | Paste your lecture notes, assigned reading, slides, transcript, or textbook excerpt. | Lecture notes on cellular respiration: glycolysis occurs in cytoplasm, Krebs cycle in mitochondrial matrix, electron transport chain uses inner membrane. |
| [COURSE OR TOPIC] | Name the subject and unit being studied. | Introductory biology, cellular respiration |
| [LEVEL AND ASSESSMENT TYPE] | State the academic level and whether you are preparing for an exam, quiz, essay, or other assessment. | First-year university midterm with short-answer questions |
| [LEARNING OBJECTIVES] | Paste the instructor’s objectives, study guide topics, or topics you need to master. | Explain ATP production, compare aerobic and anaerobic pathways, and trace carbon through respiration. |
| [STUDY TIME] | State how much time you have and when the assessment occurs. | Two hours tonight; exam Friday morning |
How to use
- Paste one coherent unit at a time and include the instructor’s stated objectives.
- Check the guide’s examples and answer key against your notes, especially formulas, dates, and exceptions.
- Try the retrieval questions before revealing the answers and mark the concepts you missed.
- Follow up with: “Make five new application questions on the concepts I missed: [PASTE CONCEPTS].”
Variations
Exam cram sheet
Use when you have limited time before a closed-book exam.
Create a two-page exam cram sheet from [MATERIAL] for [EXAM FORMAT] using [OBJECTIVES] and [TIME AVAILABLE]. Organize by high-yield concepts, formulas, sequences, and distinctions likely to be tested. Give one memory cue only when it does not distort the concept. Include a final 12-question rapid recall drill with answers after a divider. Do not add outside facts or conceal uncertainty. Flag anything missing from the material that the objectives require. Ask up to 3 questions only for required missing inputs.
Reading notes
Use when preparing for a discussion or essay.
Create analytical reading notes for [TEXT] in [COURSE] around [DISCUSSION QUESTION]. Output the author’s central claim, argument sequence, key terms as used in the text, evidence types, assumptions, limitations, and three passages or ideas to revisit by location if supplied. Then give four discussion questions that require interpretation rather than recall. Do not invent quotes, page numbers, author intent, or historical context outside the text. Ask up to 3 questions only if required material is missing.
Problem set tutor
Use when you need method practice rather than a summary.
Teach the method needed for [PROBLEM TYPE] using [CLASS NOTES], [EXAMPLE PROBLEM], [MY ATTEMPT], and [COURSE RULES]. Diagnose the first point where my reasoning changes direction, explain the governing principle, then provide one analogous practice problem with a fully explained solution after a divider. Do not complete a current graded problem unless my course permits it; focus on the transferable method. Flag any missing formula, unit, or assumption. Ask up to 3 questions only for missing required inputs.
Tips
- Organize notes around the instructor’s learning objectives because exam questions usually follow those priorities more closely than textbook order.
- Keep exceptions beside the rule they qualify; separating them is how summaries create confident but wrong answers.
- Use retrieval practice before rereading, and explain missed answers aloud in your own words.
- For quantitative classes, verify units, signs, and formula conditions against the original notes before practicing.
FAQ
Can I paste a whole textbook chapter?
You can, but one section at a time produces a more accurate guide and makes it easier to catch omissions.
Will this replace studying the original material?
No. Use it to structure review, then return to the source for diagrams, derivations, examples, and details the summary flags.