Learning & Explanation prompts

Breaks down complex ideas into child-friendly language; ideal when encountering an unfamiliar term for the first time.

Explain [CONCEPT] as if you're talking to a curious 5-year-old. Use a simple analogy, avoid jargon, and keep the explanation under 100 words. End with one fun fact that makes the concept memorable.

How to use: Replace [CONCEPT] with anything from 'photosynthesis' to 'compound interest' to 'recursion'.

Generates a structured, personalized month-long learning roadmap; use it when starting a new skill or subject.

Create a detailed 30-day study plan for learning [SUBJECT]. I can dedicate [HOURS_PER_DAY] hours per day. My current knowledge level is [BEGINNER/INTERMEDIATE/ADVANCED]. Structure the plan week by week, list specific topics for each week, suggest the types of practice activities I should do, and include milestone checkpoints at the end of each week.

How to use: Be specific with [SUBJECT] (e.g., 'calculus', 'conversational Spanish') and honest about your current level for a realistic plan.

Creates a ready-to-use quiz for active recall practice; perfect for reviewing a topic after initial study.

Generate a 10-question self-quiz on [TOPIC]. Mix question types: include 4 multiple-choice questions, 3 short-answer questions, and 3 true/false questions. After listing all questions, provide a clearly labeled answer key with a one-sentence explanation for each correct answer.

How to use: Swap [TOPIC] for any subject area; narrow it down (e.g., 'the water cycle' rather than 'science') for more precise questions.

Demystifies technical writing by replacing jargon with plain language; use it when reading dense academic or industry texts.

Below is a passage from [FIELD] that contains technical jargon. Rewrite it in plain, everyday English so that someone with no background in [FIELD] can understand it. Preserve all the original meaning. For any term you must keep, add a plain-language definition in parentheses immediately after it.

Passage:
[PASTE TEXT HERE]

How to use: Paste any dense paragraph or document excerpt into [PASTE TEXT HERE] and specify the field (e.g., 'law', 'medicine', 'machine learning').

Produces a structured knowledge map to visualize relationships between ideas; great for organizing a topic before deep study.

Create a hierarchical concept map outline for [TOPIC]. Start with the central concept, then branch into 4–6 main sub-topics. Under each sub-topic, list 3–5 related ideas or terms. Use indented bullet points to show the hierarchy clearly. This is for a [BEGINNER/INTERMEDIATE/ADVANCED] learner.

How to use: Use before studying a new subject to get a bird's-eye view of what you need to learn and how concepts connect.

Anchors abstract concepts to familiar experiences; especially useful for visual or experiential learners.

Explain [CONCEPT] using a detailed real-world analogy drawn from [FAMILIAR_DOMAIN] (e.g., cooking, sports, construction). First, describe the analogy. Second, explicitly map each part of the analogy to the corresponding part of [CONCEPT]. Third, note where the analogy breaks down to avoid misconceptions.

How to use: Choose a [FAMILIAR_DOMAIN] the learner genuinely knows well to make the analogy land; sports work well for most people.

Simulates a Socratic learning conversation to develop critical thinking; ideal for philosophy, ethics, or conceptual subjects.

Act as a Socratic tutor for [TOPIC]. Do not lecture me. Instead, guide my understanding entirely through questions. Start with a broad opening question, then respond to each of my answers with a follow-up question that deepens my thinking or gently challenges assumptions. Begin now with your opening question.

How to use: Engage genuinely — the more thoughtfully you answer, the deeper the dialogue goes. Works best for conceptual or debatable topics.

Condenses a topic into a scannable reference sheet; perfect for last-minute review before an exam or meeting.

Summarize [TOPIC] into a one-page cheat sheet. Use the following sections: (1) Core Definition, (2) Key Principles or Rules (bullet list of 5–8 items), (3) Common Formulas or Frameworks if applicable, (4) Classic Examples, (5) Common Mistakes to Avoid. Format it so it can be printed or skimmed in under two minutes.

How to use: Works for nearly any topic; for best results, specify the level of depth needed (e.g., 'high school chemistry' vs. 'undergraduate chemistry').

Acts as a knowledgeable tutor to diagnose knowledge gaps from your own explanation; use this during or after study sessions.

I am going to describe my current understanding of [TOPIC] in my own words. After I finish, analyze what I said and: (1) confirm what I got right, (2) identify specific misconceptions or errors, (3) point out important concepts I missed entirely, and (4) suggest what I should study next to fill the gaps.

My understanding:
[WRITE YOUR EXPLANATION HERE]

How to use: Write your explanation freely without looking anything up first — the raw output reveals the most useful gaps to address.

Applies spaced repetition principles to build a personalized long-term memory schedule; use it when retention is the primary goal.

I need to remember [TOPIC/MATERIAL] long-term. Design a spaced repetition review schedule for the next [NUMBER] weeks. Specify exactly which days I should review, what I should focus on during each review session, how to adjust the schedule if I feel confident versus struggling, and what types of practice are best suited for each review interval.

How to use: For [NUMBER], a range of 4–8 weeks is most practical; specify whether the material is vocabulary, formulas, or conceptual knowledge for a tailored plan.

Uses the worked-example effect to build procedural understanding; excellent for math, logic, grammar, and coding concepts.

Teach me [SKILL_OR_CONCEPT] using the worked-example method. First, explain the core idea in 2–3 sentences. Then provide 3 worked examples in increasing order of difficulty. For each example, show every step and explain why you're taking that step. Finally, give me one practice problem to try myself, and wait for my attempt before providing the solution.

How to use: Best for step-by-step skills; replace [SKILL_OR_CONCEPT] with something like 'solving quadratic equations' or 'writing a SQL JOIN query'.

Transforms passive notes into active recall flashcards optimized for retention; use after any lecture or reading session.

Convert the following notes into a set of active recall flashcards. Each flashcard must follow the format:
Q: [question that requires the learner to retrieve the fact or concept]
A: [concise answer, no more than 2 sentences]

Create at least 15 flashcards. Prioritize questions that test understanding over simple definitions. Where possible, write questions that ask 'why' or 'how' rather than just 'what'.

Notes:
[PASTE YOUR NOTES HERE]

How to use: Paste raw, messy notes — they don't need to be polished; the more content you include, the richer the flashcard set.

Provides historical context for a concept to deepen understanding; useful when you want to understand why something is the way it is, not just what it is.

Explain the historical development of [CONCEPT] in [FIELD]. Structure your response as a timeline narrative with at least 5 key milestones. For each milestone, describe: (1) the approximate time period, (2) what changed or was discovered, (3) who was responsible if known, and (4) why it mattered. End with a paragraph on how the concept is understood today and what remains unresolved.

How to use: Works especially well for scientific theories, mathematical ideas, or philosophical concepts where evolution of thinking matters.

Proactively addresses common errors in understanding; use it before teaching others or to stress-test your own knowledge.

Identify the [NUMBER] most common misconceptions that [AUDIENCE] have about [TOPIC]. For each misconception: (1) state the misconception clearly as someone might actually say it, (2) explain why it is wrong or incomplete, (3) give the accurate explanation, and (4) explain why this misconception is so easy to fall into.

How to use: Set [AUDIENCE] to your specific group (e.g., 'high school students', 'new developers', 'first-year medical students') for targeted misconceptions.

Structures learning around the Feynman Technique to expose and fill gaps; ideal for consolidating understanding of any concept.

Apply the Feynman Technique to help me understand [CONCEPT]. Step 1: Explain [CONCEPT] in the simplest possible language, as if teaching it to someone who has never heard of it. Step 2: Identify the parts of the explanation where you had to simplify or skip complexity, and flag them explicitly. Step 3: For each flagged part, provide a slightly deeper explanation that fills in that layer. Step 4: Give me two questions I should be able to answer if I truly understand [CONCEPT].

How to use: After receiving the output, try answering the two questions in Step 4 without looking back — your answers reveal true comprehension.

Creates a hands-on, project-driven learning path; best when you learn by doing and want measurable, portfolio-worthy outcomes.

Design a project-based learning curriculum for mastering [SKILL] over [TIMEFRAME]. Include: (1) a list of 4–6 progressively complex projects, (2) the specific sub-skills each project builds, (3) the resources or prerequisite knowledge needed before each project, (4) how to evaluate whether you've successfully completed each project, and (5) how the projects connect to real-world applications. My current level is [CURRENT_LEVEL] and my goal is [SPECIFIC_GOAL].

How to use: Be specific about [SPECIFIC_GOAL] (e.g., 'build and deploy a personal finance web app') to get projects that align with real objectives.

Produces a rigorous comparative analysis of two frameworks or theories; use it when deciding which framework to apply or when studying for exams.

Compare and contrast [THEORY_A] and [THEORY_B] within [FIELD]. Structure your response as follows: (1) a brief summary of each theory, (2) a side-by-side comparison table covering at least 6 dimensions (e.g., assumptions, evidence, applications, limitations, proponents), (3) the key points of genuine disagreement between the theories, (4) scenarios where each theory performs better, and (5) the current scholarly consensus, if one exists.

How to use: Works across disciplines — try economic theories, psychological models, scientific paradigms, or philosophical positions.

Probes the edges of your knowledge with hard questions; use it after you feel confident with a topic to find remaining blind spots.

I believe I understand [TOPIC] well. Challenge my understanding by asking me 8 adversarial questions — questions designed to expose edge cases, exceptions, and subtle distinctions that someone with only surface-level knowledge would get wrong. Ask all 8 questions first without any answers. After I respond to each, evaluate my answers and tell me which areas need deeper study.

How to use: Commit to answering all 8 questions before asking for feedback — this simulates exam pressure and reveals genuine gaps.

Deepens understanding by mapping downstream consequences; valuable for policy, systems thinking, and strategic decision-making contexts.

Explain [CONCEPT OR EVENT] and then go beyond the first-order effects. Identify and explain at least 4 second-order and 2 third-order consequences or implications. For each consequence, explain the causal chain that connects it back to the original concept. Note any that are counterintuitive or that experts commonly overlook. Target audience: [AUDIENCE].

How to use: Great for understanding topics in economics, ecology, technology, or history where ripple effects define real-world impact.

Maps the dependency structure of a subject so you study concepts in the right order; ideal when tackling advanced material without a clear starting point.

I want to learn [TARGET_CONCEPT] in [FIELD]. Build a prerequisite knowledge tree showing everything I need to understand first. Present it as a structured hierarchy: the target concept at the top, direct prerequisites on the next level, and foundational concepts at the base. For each node in the tree, write one sentence explaining why it is necessary. Finally, recommend a bottom-up learning order starting from my current knowledge of [CURRENT_KNOWLEDGE].

How to use: Be precise about [CURRENT_KNOWLEDGE] — listing what you already know prevents the plan from covering ground you don't need.

Builds interdisciplinary understanding by viewing one concept through multiple frameworks; use it to prepare for cross-disciplinary discussions or research.

Explain [CONCEPT] through four different disciplinary lenses: (1) [DISCIPLINE_1], (2) [DISCIPLINE_2], (3) [DISCIPLINE_3], and (4) [DISCIPLINE_4]. For each lens, give a 2–3 sentence explanation that uses only the vocabulary and frameworks typical of that discipline. Then write a 1-paragraph synthesis explaining how these perspectives complement or contradict each other.

How to use: Try lenses like 'economics, psychology, history, and biology' for social topics, or 'physics, philosophy, mathematics, and engineering' for technical ones.

Makes academic research accessible to non-specialists; use it when encountering papers outside your expertise or when sharing research with a lay audience.

Below is the abstract of a research paper in [FIELD]. Please do the following: (1) Rewrite it in plain language for a general adult audience with no specialist background, (2) identify the core research question, (3) state the main finding in one sentence, (4) explain why this finding matters practically, and (5) flag any claims that need context or caveats to be properly understood.

Abstract:
[PASTE ABSTRACT HERE]

How to use: Paste the abstract exactly as written; include the field so the explanation is pitched at the right level of assumed knowledge.

Scaffolds a mini-lesson plan for peer teaching; excellent for study groups, onboarding others, or preparing a short presentation.

I need to teach [TOPIC] to [AUDIENCE] in [TIME_AVAILABLE] minutes. Create a concise teach-back lesson plan including: (1) a learning objective (one measurable thing the audience will be able to do after), (2) a hook to open with, (3) a step-by-step explanation sequence with time allocations, (4) one analogy or visual to use, (5) a check-for-understanding question to ask the audience mid-way, and (6) a closing summary statement. I know [WHAT_YOU_ALREADY_KNOW] about this topic.

How to use: Be realistic about [TIME_AVAILABLE] — shorter time forces clarity; use 5–15 minutes for focused, high-quality micro-lessons.

Provides a graduated practice sequence for skill-building; use it to move from basic competence to mastery in any problem-solving domain.

Create a set of 10 practice problems on [TOPIC] arranged in order from easiest to hardest. Label each problem with its difficulty level (Easy, Medium, or Hard). After all 10 problems, provide full solutions with step-by-step reasoning. For the Hard problems, also explain what makes them hard and what insight is needed to crack them. Assume I have [PREREQUISITE_KNOWLEDGE] as background.

How to use: After attempting problems on your own, compare your approach to the solutions — focus most review time on where your reasoning diverged.

Acts as an expert editor to improve the quality of your own written explanations; use it when preparing teaching material, documentation, or study notes.

Below is my written explanation of [TOPIC] intended for [TARGET_AUDIENCE]. Please audit it on four dimensions and provide specific, actionable feedback for each: (1) Accuracy — are there any factual errors or misleading statements? (2) Clarity — where is the language unclear or ambiguous? (3) Completeness — what important ideas are missing? (4) Audience fit — is the vocabulary and depth appropriate for [TARGET_AUDIENCE]? Then provide a revised version incorporating your feedback.

My explanation:
[PASTE YOUR EXPLANATION HERE]

How to use: Paste a genuine first draft rather than a polished version — the messier the input, the more valuable the audit output.