14 prompts
Create 5 age-appropriate ethical dilemmas for [grade] students about [theme, e.g. technology / friendship / fairness]. For each, add discussion questions, different perspectives to consider, and how to guide the conversation respectfully.
Age-appropriate ethical dilemmas for discussion.
Write Socratic seminar questions for [text or topic] for [grade]. Include opening questions, core analytical questions, connections to real life, and closing questions. Add norms for discussion and a self-assessment for students.
A set of 9 cute emoji faces of a [animal] showing different emotions: happy, laughing, sad, angry, surprised, in love, sleepy, thinking and cool with sunglasses. Consistent round style, bold outlines, white background, 3x3 grid.
Here is my homework and my answers for [subject]: [paste]. Check each answer. For incorrect ones, don't give the final answer right away. Point out where my thinking went wrong, give a hint, and let me retry. Then explain the correct method.
Finds and explains errors without just giving answers.
Explain [philosopher or concept, e.g. Stoicism / the trolley problem / Kant's ethics] in plain language. Include the core idea, one famous thought experiment, the strongest objection, how it applies to everyday life, and 3 discussion questions.
Explores big philosophical ideas with thought experiments.
Create 6 critical thinking exercises for [age/level] about [topic]. Include spotting logical fallacies in short arguments, evaluating the reliability of two sources, separating fact from opinion, and one open problem with no single right answer. Provide teacher notes with model answers.
Exercises that train students to spot weak arguments.
Act as an experimentation lead. Page/flow: [details] Current metrics: [conversion rate, traffic per week] Observed problems: [data, feedback] Create 10 test ideas in the format: 'Because we observed [X], we believe changing [Y] will cause [Z]. We'll measure [metric].' Score each with ICE (impact, confidence, ease), an…
Turn guesses into structured experiments with clear hypotheses, metrics and sample-size thinking.
Write affirmations for me. Area: [confidence, work, health, relationships, anxiety] What I struggle to believe about myself: [details] Evidence of progress: [details] Write 15 realistic affirmations (process-based, e.g. 'I am learning to…', 'I can handle hard things'), explain how to use them, and pair each with a sma…
Believable affirmations based on evidence and action, not empty positivity.
You are a supportive coach (not a therapist). What I overthink about: [situations] How it affects me: [sleep, decisions, mood] Teach me: how to notice an overthinking loop, scheduled 'worry time', separating problems I can solve from those I can't, a decision deadline technique, grounding exercises, and a reflection t…
Practical techniques to break out of rumination loops and make decisions with a quieter mind.
Help me reframe a negative thought. This is for self-reflection, not therapy. Situation: [what happened] Automatic thought: [what I told myself] Emotion and intensity (0–10): [details] Walk me through: identifying the thinking pattern (e.g. catastrophising, mind reading), evidence for and against the thought, a more b…
Challenge unhelpful thoughts with a structured reframing exercise inspired by cognitive techniques.
You are a supportive wellbeing coach (not a therapist). What stresses me most: [situations] How stress shows up for me: [physical, emotional, behavioural signs] Time I can give to self-care: [minutes per day] Create a toolkit with: 1. In-the-moment techniques (1–5 minutes) 2. Daily habits 3. Weekly practices 4. Thinki…
Practical techniques for stressful moments, busy weeks and long-term resilience.
Act as a computer science teacher for children. Age group: [age] Concept: [sequences, loops, conditionals, variables, debugging] Group size: [number] Time: [minutes] Materials: [paper, cards, floor space] Design an unplugged activity with: learning goal, setup, step-by-step instructions, how it connects to real code,…
Fun unplugged activities that teach sequences, loops, conditions and debugging to children.