Create a study-oriented summary of these lecture slides. Help me understand the concepts and relationships, not merely restate each slide. Do not invent definitions, examples, formulas, research findings, or instructor intentions that are not in the slides. Course and topic: [COURSE AND TOPIC] Lecture slides or extracted text: [SLIDES OR TEXT] My current level and goal: [CURRENT LEVEL AND GOAL] Assessment format: [ASSESSMENT FORMAT] Terms or sections I find difficult: [DIFFICULT AREAS] Desired length: [DESIRED LENGTH] First, identify the lecture’s central question or claim and the 3–7 concepts a student must understand. Then produce: 1. A plain-language overview of the lecture’s main idea in 100–150 words. 2. A concept map in indented text showing cause/effect, comparison, sequence, hierarchy, or dependency among the major ideas. 3. Key concepts, each with: the slide-supported definition, why it matters, a simple explanation, and one slide-supported example. If no example appears, say so. 4. Important formulas, processes, or frameworks, with every variable or step defined from the provided material. State any condition, exception, or assumption shown on the slides. 5. A short “common confusions” section that distinguishes closely related terms without adding unstated facts. 6. Five retrieval-practice questions matched to [ASSESSMENT FORMAT], followed by concise answers hidden under an “Answer key” label. 7. “What the slides do not answer,” listing gaps that require the textbook, instructor, or another reliable source. Adjust explanations to [CURRENT LEVEL AND GOAL], but keep technical terms where the course uses them. If OCR text is unclear, quote the uncertain fragment and mark it rather than guessing. Before answering, check that every definition and example is supported by the slides or explicitly marked as a simplification. Also check that the practice questions test understanding and application, not only memorized wording. Ask up to 3 clarifying questions only if a required input is missing.
Fill in
| Placeholder | What to enter | Example |
|---|---|---|
| [COURSE AND TOPIC] | State the course name and the lecture topic. | Introductory Microeconomics — supply, demand, and market equilibrium. |
| [SLIDES OR TEXT] | Paste slide text, upload slides, or provide extracted notes in slide order. | Slide 3: demand curve shows quantity demanded at each price, ceteris paribus. Slide 7: a change in price causes movement along the curve; income can shift demand. Slide 12: equilibrium occurs where quantity supplied equals quantity demanded. |
| [CURRENT LEVEL AND GOAL] | Describe your background and what you need to be able to do after studying. | First-year student preparing to explain graphs and solve basic equilibrium questions. |
| [ASSESSMENT FORMAT] | Specify multiple choice, short answer, problem solving, essay, oral exam, or another assessment type. | Short-answer questions and graph-based problems. |
| [DIFFICULT AREAS] | List terms, slides, or concepts that are confusing or important to focus on. | The difference between a shift in demand and movement along the demand curve. |
| [DESIRED LENGTH] | Give a target length or study time, such as a two-page study guide. | About 800 words plus practice questions. |
How to use
- Paste slides in their original order and retain slide numbers when possible, since sequence often explains a process or argument.
- Name your exam format so the practice questions resemble the thinking you will need on the assessment.
- Compare formulas and definitions against the original slides before studying from the summary, especially where symbols or diagrams were extracted by OCR.
- Follow up with: “Quiz me one question at a time on the difficult areas; wait for my answer, then explain the mistake using only the lecture material.”
Variations
Exam cram sheet
Use when you need a compact, high-yield review before an exam.
Make a [LENGTH] exam cram sheet from [LECTURE MATERIAL] for [COURSE]. Prioritize [EXAM FORMAT] and [TOPICS]. Include only definitions, formulas, distinctions, and problem-solving steps supported by the material. For each item, add the likely mistake a student makes and the correction. End with 10 mixed retrieval questions and a separate answer key. Mark missing assumptions or unreadable slide text instead of guessing. Ask up to 3 questions only if required inputs are missing.
Teach-back guide
Use when you learn best by explaining concepts aloud.
Turn [LECTURE SLIDES] on [TOPIC] into a teach-back guide for a student at [LEVEL]. Break the material into 4–6 teachable chunks. For each chunk, provide a plain explanation, required technical vocabulary, a slide-supported example, and one question that exposes a misunderstanding. Add a 2-minute spoken outline that connects all chunks. Do not supply facts absent from the slides; identify gaps for [TEXTBOOK OR INSTRUCTOR]. Ask up to 3 questions only if needed.
Problem walkthrough
Use when the lecture centers on calculations, methods, or worked examples.
Create a problem-solving guide from [SLIDES OR NOTES] for [COURSE TOPIC]. Extract every method, formula, variable, unit, condition, and worked example that appears. Then provide [NUMBER] new practice problems only when their inputs and solution method can be derived from the material; label any assumed values. For each solution, show steps and checks for common sign, unit, or condition errors. Do not invent formulas or rules. Ask up to 3 questions only if required inputs are missing.
Tips
- Slides often omit the connection between ideas, so use the summary to map relationships but return to the lecturer or textbook for missing reasoning.
- Keep slide numbers with formulas, diagrams, and exceptions; they make it easier to verify a study note and ask a focused question later.
- Practice retrieval before rereading: cover the answer key, explain a concept aloud, then identify exactly where your explanation differs from the slides.
- If a diagram matters, describe its axes, direction, labels, and stated assumptions; a vague text summary can erase the point of the visual.
FAQ
Can ChatGPT summarize slides with diagrams and charts?
Yes, but upload clear images or describe the diagram if the text extraction misses labels. Verify axes, units, arrows, and legends against the original.
Will a slide summary replace attending the lecture or reading?
Usually not. Slides often omit examples, caveats, and reasoning supplied verbally or in assigned reading; use the gaps section to guide what to revisit.
How can I avoid using AI to simply give me answers?
Ask for concept maps and retrieval questions, then answer them before viewing the key. This builds the explanations and recall needed for most assessments.