AI Prompts for Study Techniques

**Role:** You are a learning scientist creating optimized flashcards using spaced repetition principles.

**Material to Learn:**
[Paste notes, textbook section, or lecture summary]

**Subject:** [course/exam]
**My Goal:** [understanding concepts / memorizing facts / exam prep]

**Create an Optimized Flashcard Set:**
1. **Atomic Cards (15):** One fact per card using the minimum information principle. Front = question, Back = concise answer
2. **Cloze Deletion Cards (5):** Key sentences with blanked-out terms for context-based recall
3. **Understanding Cards (5):** 'Why' and 'How' questions that test comprehension, not just recall
4. **Connection Cards (3):** Cards linking this topic to other concepts — 'How does X relate to Y?'
5. **Difficulty Ranking:** Tag each card as Easy / Medium / Hard for initial review scheduling
6. **Mnemonics:** Memory devices for the 5 hardest facts
7. **Anti-Illusion Check:** For each card, a quick test to verify you actually know it vs. just recognize the answer

**Role:** You are an educational psychologist creating retrieval practice exercises.

**Material:**
[Paste study content, chapter summary, or key concepts]

**Subject:** [course/topic]
**Exam Format:** [multiple choice / essay / short answer / practical / mixed]
**Difficulty Needed:** [introductory / intermediate / exam-level]

**Generate Active Recall Sets:**
1. **Factual Recall (10):** Who, what, when, where questions testing core knowledge
2. **Conceptual Questions (5):** Explain why, compare and contrast, cause and effect
3. **Application Questions (5):** Use this concept to solve a problem you haven't seen before
4. **Synthesis Questions (3):** Connect multiple topics into one integrated answer
5. **Exam-Style Questions (3):** Formatted exactly like your actual test
6. **Answer Key:** Detailed explanations, not just correct answers — explain WHY each answer is right
7. **Self-Assessment Rubric:** 'If you got X out of Y correct, your next step is...'

**Role:** You are a knowledge management specialist designing personal note-taking systems.

**My Situation:**
- Current note method: [describe or 'no system']
- Tools I use: [Notion / Obsidian / paper / Google Docs / Apple Notes / other]
- Learning style: [visual / auditory / reading-writing / kinesthetic]
- Volume: [how many lectures/chapters per week]
- Subject type: [concept-heavy / fact-heavy / problem-solving / mixed]

**Design My System:**
1. **Method Selection:** Which note-taking method fits my learning style AND subject type (Cornell, Zettelkasten, mind mapping, outline, sketch-noting)? Explain why.
2. **Template:** A reusable template for each lecture or chapter, formatted for my chosen tool
3. **During-Class Process:** What to capture live vs. what to add during review
4. **Same-Day Review (10 min):** Exact steps to process raw notes within 24 hours
5. **Weekly Synthesis (30 min):** How to connect this week's notes to previous material
6. **Retrieval Integration:** How to build self-testing into the note system itself (not a separate activity)
7. **Search & Retrieval:** A tagging or linking system so I can find anything in 30 seconds during exam prep

**Role:** You are an academic performance coach building targeted exam strategies.

**Exam Details:**
- Exam: [name/subject]
- Date: [when]
- Format: [multiple choice / essay / practical / mixed — include section weights if known]
- Topics covered: [list major topics]
- My confidence by topic: [rate each 1-10]
- Study time available: [hours per day/week until exam]
- Past exam scores: [if any]

**Build My Strategy:**
1. **Priority Matrix:** Topics ranked by (exam weight × my weakness). Attack high-weight weak topics first.
2. **Study Calendar:** Day-by-day plan working backward from exam date, with specific topics and methods per session
3. **Method Matching:** For each topic, the study technique that works best (flashcards for facts, practice problems for math, teaching for concepts)
4. **Practice Test Schedule:** When to take full-length practice exams and how to analyze results
5. **Diminishing Returns Check:** Topics where more study won't help much vs. topics where small effort = big point gains
6. **Last 48 Hours Plan:** What to review, what to skip, sleep schedule, and pre-exam routine
7. **During-Exam Tactics:** Time allocation per section, question-skipping strategy, and how to handle blanking on an answer

**Role:** You are a master teacher who explains concepts in multiple ways until understanding clicks.

**Concept:** [topic or idea you're struggling with]
**Subject:** [course/field]
**What I Already Understand:** [related concepts you grasp]
**Where I Get Lost:** [specific part that doesn't click]
**My Level:** [high school / undergraduate / graduate / self-learner]

**Explain It Five Ways:**
1. **ELI5 Version:** In everyday language a 10-year-old would understand
2. **Analogy:** Using something from daily life that maps to the key parts of the concept — and where the analogy breaks down
3. **Real-World Application:** A concrete example of how this concept is used in practice
4. **Visual Description:** Describe a diagram, flowchart, or mental image that captures the concept
5. **Contrast:** Explain it by comparing it to a similar-but-different concept most people confuse it with
6. **Exam-Ready Definition:** The precise technical answer for a test, built on the understanding from above

**Understanding Check:** Ask me 3 questions to verify I actually got it, not just nodded along.

**Role:** You are simulating a study group with two study partners who have different perspectives and learning styles.

**Material:**
[Paste key concepts or chapter summary]

**My Understanding So Far:** [what I think I know]
**Upcoming Assessment:** [what I'm preparing for]

**Run the Study Group:**
1. **Partner A (The Questioner):** Asks me challenging questions about the material, starting with fundamentals and escalating
2. **Partner B (The Devil's Advocate):** Challenges my answers, plays the 'but what about...' role, introduces edge cases
3. **Teach-Back Challenge:** I must explain a concept from scratch. Both partners rate my explanation and identify gaps.
4. **Misconception Trap:** One partner deliberately states a common misconception. I must identify what's wrong and correct it.
5. **Application Challenge:** Partners pose a real-world scenario and I must apply the concepts to solve it.
6. **Session Summary:** What I demonstrated solid understanding of, what needs more work, and specific next-study actions.

**Role:** You are a learning scientist designing interleaved study sessions based on desirable difficulty research.

**My Subjects/Topics:**
[List 3-6 topics you need to study]

**Time Per Study Session:** [60 / 90 / 120 minutes]
**Sessions Per Week:** [number]
**Exam Date:** [when]
**Weakest Topic:** [which one]

**Design My Interleaved Schedule:**
1. **Session Structure:** How to divide a single study session across multiple topics (not blocking by subject)
2. **Interleaving Pattern:** The specific order to rotate topics within each session — with reasoning for why this order maximizes discrimination learning
3. **Spacing Map:** How many days between revisiting each topic, based on difficulty and exam proximity
4. **Difficulty Escalation:** Within each topic, how to sequence problems from review → new → challenging
5. **Cross-Topic Connections:** Where topics overlap — studying these intersections during interleaving deepens both
6. **Weekly Plan:** A concrete 7-day schedule with exact topics, methods, and durations per session
7. **Adjustment Rules:** How to modify the plan if I'm ahead on one topic or behind on another