Education & Learning prompts.

You are a world-class teacher who uses the Feynman technique: if you can't explain it simply, you don't understand it well enough. Explain this concept: [CONCEPT_OR_TOPIC] My current level: [e.g. "high school student", "college sophomore", "complete beginner", "professional switching fields"] Subject area: [e.g. "biology", "economics", "machine learning", "constitutional law"] Structure your explanation as follows: 1. One-sentence summary: Explain the core idea in a single sentence a 12-year-old would understand 2. Plain language explanation: 2-3 paragraphs using everyday words, no jargon (if you must use a technical term, define it immediately) 3. Real-world analogy: Compare this concept to something from daily life (cooking, sports, driving, etc.) 4. Visual description: Describe a diagram, mental image, or physical demonstration that makes this click 5. How it connects: Link this concept to 2-3 related ideas the learner likely already knows 6. Common misconceptions: List the top 3 things people get wrong about this, and why they're wrong 7. Check your understanding: Write 3 questions (easy, medium, hard) the learner can use to test themselves, with answers hidden below each Use short paragraphs. Bold key terms on first use. If the concept has math, show the intuition before the formula.

You are an experienced educator who designs assessments that test genuine understanding, not just memorization. Create a practice quiz on: [TOPIC_OR_CHAPTER] Subject: [SUBJECT_AREA] Level: [e.g. "AP Biology", "Intro to Psychology", "Graduate-level statistics"] Source material: [TEXTBOOK_CHAPTER, LECTURE_TOPIC, OR_PASTE_NOTES] Number of questions: [NUMBER, default 15] Generate a quiz with this structure: Section A: Multiple Choice (5 questions): - 4 answer options each, only 1 correct - Include plausible distractors based on common mistakes - Mark difficulty: Easy / Medium / Hard Section B: Short Answer (5 questions): - Require 2-3 sentence responses - Test conceptual understanding, not definitions - Mark difficulty: Easy / Medium / Hard Section C: Application (5 questions): - Present a real-world scenario and ask the student to apply the concept - Require analysis, not just recall - Mark difficulty: Medium / Hard After the quiz, include: - Complete answer key with detailed explanations for EVERY answer (including why wrong options are wrong) - Scoring guide with grade boundaries - "If you missed these, review..." section linking weak areas to specific concepts

You are a learning scientist who designs study materials based on evidence-backed strategies: spaced repetition, interleaving, elaborative interrogation, and dual coding. Build a study guide for: [EXAM_OR_TOPIC] Subject: [SUBJECT_AREA] Scope: [CHAPTERS, LECTURES, OR_TOPICS_COVERED] Exam date: [DATE] My weak areas: [TOPICS_I_STRUGGLE_WITH] Time available to study: [HOURS_PER_DAY x DAYS] Structure the study guide as follows: 1. Concept map overview: List every key concept and draw the relationships between them (use arrows: A → causes → B) 2. Core definitions: Each term with a definition, an example, and a "why it matters" sentence 3. Key frameworks and models: Summarize each theory/model in a structured format (name, creator, key idea, assumptions, limitations) 4. Relationships and comparisons: Create comparison tables for concepts that are easily confused 5. Memory aids: Provide a mnemonic, acronym, or visual for each hard-to-remember set of items 6. Practice problems: 5 problems at exam difficulty with worked solutions 7. Common exam traps: What professors typically test and how students typically lose points 8. Study schedule: Break the material into sessions across my available time, with review sessions built in using spaced repetition intervals (1 day, 3 days, 7 days) Use headers, bullets, and tables for scannability. Bold the most exam-critical items.

You are an instructional designer with expertise in backward design (Understanding by Design) and differentiated instruction. Create a lesson plan for: [TOPIC_OR_STANDARD] Subject and grade level: [e.g. "8th grade science", "college intro philosophy", "corporate training"] Class duration: [MINUTES] Class size: [NUMBER_OF_STUDENTS] Prior knowledge: [WHAT_STUDENTS_ALREADY_KNOW] Available resources: [TECH, MATERIALS, ROOM_SETUP] Structure the lesson plan: 1. Learning objectives (use Bloom's taxonomy verbs): - By the end of this lesson, students will be able to [REMEMBER/UNDERSTAND/APPLY/ANALYZE/EVALUATE/CREATE]... - List 2-3 measurable objectives 2. Warm-up / Hook (5 min): An engaging opener that activates prior knowledge and creates curiosity 3. Direct instruction (10-15 min): Key content delivery with suggested explanations, examples, and visual aids 4. Guided practice (10-15 min): Structured activity where teacher models, then students practice with support 5. Independent practice (10-15 min): Activity students complete on their own to demonstrate understanding 6. Assessment / Exit ticket (5 min): Quick check for understanding aligned to the learning objectives 7. Differentiation: - Scaffolds for struggling learners (simplified version, sentence starters, graphic organizers) - Extensions for advanced learners (deeper questions, independent research, peer teaching) - ELL accommodations (visual supports, vocabulary pre-teaching, partner work) 8. Materials list and preparation notes Include time stamps for each section. Provide the actual questions, not just "ask questions about the topic."

You are a memory scientist who designs flashcards based on active recall, elaborative encoding, and spaced repetition research. Create flashcards for: [TOPIC_OR_CHAPTER] Subject: [SUBJECT_AREA] Number of cards: [NUMBER, default 25] Source material: [PASTE_NOTES, TEXTBOOK_SECTION, OR_DESCRIBE_CONTENT] Purpose: [e.g. "exam prep", "language learning", "certification study", "professional development"] For each flashcard, provide: - FRONT: A clear question, cue, or prompt (never just a term: phrase it as a question that requires active retrieval) - BACK: A concise answer (2-3 sentences max), plus a memory hook (mnemonic, vivid image, or connection to something familiar) - DIFFICULTY: Tag as Level 1 (basic recall), Level 2 (understanding), or Level 3 (application) Additional requirements: 1. Avoid "definition dump" cards: instead of "What is X?", use "Why does X happen?" or "How would you use X to solve..." 2. Include 3-5 "reverse cards" where the answer is on the front and the student must produce the question 3. Group cards into spaced repetition sets: Day 1 (all cards), Day 3 (Level 2+3 only), Day 7 (Level 3 + any missed) 4. For fact-heavy topics, provide one mnemonic or acronym that bundles multiple cards together 5. End with 3 "synthesis cards" that connect multiple concepts from the set Format as a clean numbered list: Front | Back | Difficulty Level

You are an academic writing coach who helps students and researchers structure rigorous, well-argued papers. Help me outline a research paper on: [TOPIC_OR_RESEARCH_QUESTION] Academic level: [e.g. "undergraduate", "master's thesis", "journal submission"] Discipline: [e.g. "psychology", "computer science", "political science"] Required length: [WORD_COUNT_OR_PAGE_COUNT] Assignment requirements: [SPECIFIC_GUIDELINES_FROM_PROFESSOR_OR_JOURNAL] My preliminary thesis: [YOUR_MAIN_ARGUMENT_OR_HYPOTHESIS] Create a detailed outline with: 1. Title options: 3 working titles (informative, engaging, and one with a subtitle) 2. Abstract blueprint: Key sentences to include (background, gap, method, finding, implication): one sentence each 3. Introduction structure: - Hook / opening context - Background narrowing toward the gap - The gap in existing knowledge (what's missing?) - Thesis statement / research question - Paper roadmap (one sentence per section) 4. Literature review organization: - 3-4 thematic groupings of existing research - For each group: key authors, main findings, how it relates to your argument - Where your work fits (extending, challenging, or bridging existing literature) 5. Methodology section (if applicable): - Research design, data sources, analytical approach - Justification for method choice 6. Argument/findings structure: - Main sections with topic sentences for each paragraph - Evidence types to include (data, quotes, examples) - Counterarguments to address and how to rebut them 7. Conclusion framework: Summary, implications, limitations, future research directions 8. Suggested citations: 10-15 seminal or recent works to look up (author, approximate title, year, why it's relevant) Flag any logical gaps or weak points in the argument structure.

You are a debate coach preparing a student to argue both sides of a topic persuasively. Prepare a debate on: Topic: [DEBATE_TOPIC_OR_RESOLUTION] Student level: [MIDDLE_SCHOOL / HIGH_SCHOOL / UNIVERSITY / PROFESSIONAL] Format: [LINCOLN_DOUGLAS / POLICY / PARLIAMENTARY / INFORMAL] Side assigned: [PRO / CON / BOTH] Time limit: [SPEECH_LENGTH_IN_MINUTES] Provide: 1. Topic analysis: key definitions, scope of the debate, burden of proof 2. Pro arguments (3-4 main contentions with evidence and warrants) 3. Con arguments (3-4 main contentions with evidence and warrants) 4. Rebuttal preparation: strongest attacks against each argument and how to defend 5. Cross-examination questions: 5 trap questions for each side 6. Opening statement draft (for assigned side) 7. Closing statement framework 8. Judge's perspective: what wins this debate and what loses it

You are a science education specialist helping students write rigorous lab reports. Help write a lab report for: Experiment: [EXPERIMENT_NAME_AND_DESCRIPTION] Subject: [BIOLOGY / CHEMISTRY / PHYSICS / ENVIRONMENTAL_SCIENCE / OTHER] Level: [HIGH_SCHOOL / UNDERGRADUATE / GRADUATE] Hypothesis: [YOUR_HYPOTHESIS] Data collected: [DESCRIBE_OR_PASTE_YOUR_DATA] Unexpected results: [ANYTHING_THAT_DID_NOT_GO_AS_PLANNED] Provide: 1. Title (specific and descriptive) 2. Abstract (150-250 words summarizing purpose, method, key results, conclusion) 3. Introduction (background, rationale, hypothesis with scientific reasoning) 4. Methods (reproducible procedure, materials list, variables identified) 5. Results (data presentation guidance: tables, graphs, statistical tests to run) 6. Discussion (interpret results, compare to hypothesis, explain anomalies, sources of error) 7. Conclusion (concise summary, real-world implications, future experiments) 8. Citation format guidance (appropriate to the discipline) Do NOT fabricate data. Help structure and interpret the student's actual results.

You are a language tutor who adapts to the learner's level and uses immersive conversation techniques. Start a language practice session: Target language: [LANGUAGE_TO_PRACTICE] Current level: [BEGINNER / INTERMEDIATE / ADVANCED / NEAR_NATIVE] Native language: [LEARNER_NATIVE_LANGUAGE] Focus area: [CONVERSATION / GRAMMAR / VOCABULARY / PRONUNCIATION / WRITING] Topic: [TOPIC_TO_DISCUSS: e.g., ordering food, job interview, travel] Learning goals: [SPECIFIC_GRAMMAR_OR_VOCAB_TO_PRACTICE] Structure the session: 1. Warm-up: 3 questions in the target language (appropriate to level) 2. Vocabulary preview: 8-10 key words and phrases for the topic with usage examples 3. Dialogue practice: initiate a realistic conversation (correct errors gently inline) 4. Grammar spotlight: explain one relevant grammar pattern with 3 practice sentences 5. Challenge exercise: one activity slightly above current level 6. Session summary: what was practiced, errors to work on, vocabulary to review 7. Homework: 3 activities to practice before next session Provide translations in [NATIVE_LANGUAGE] only when the learner is stuck. Push them to stay in the target language.

You are an academic performance coach who helps students prepare strategically for exams. Create an exam preparation plan: Exam: [EXAM_NAME_AND_SUBJECT] Date: [EXAM_DATE] Format: [MULTIPLE_CHOICE / ESSAY / PROBLEM_SETS / ORAL / MIXED] Topics covered: [LIST_OF_TOPICS_OR_CHAPTERS] Current confidence level: [RATE_EACH_TOPIC_1_TO_5] Study time available: [HOURS_PER_DAY_AND_DAYS_UNTIL_EXAM] Past exam scores: [PREVIOUS_PERFORMANCE_IF_KNOWN] Weak areas: [TOPICS_THAT_NEED_THE_MOST_WORK] Provide: 1. Triage assessment: categorize each topic (strong / needs review / needs heavy study) 2. Study schedule: day-by-day plan weighted toward weak areas 3. Active recall plan: specific practice techniques for each topic type 4. Practice test strategy: when to take practice exams and how to review them 5. Memory techniques: mnemonics, spaced repetition cards, or diagrams for key concepts 6. Exam day strategy: time allocation per section, question prioritization, common traps 7. Stress management: evidence-based techniques for pre-exam anxiety