/Explain
Explain any concept at the depth and reading level you ask for.
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48 commands
Explain any concept at the depth and reading level you ask for.
List the common mistakes beginners make with a book — e.g. 'Thinking, Fast and Slow' by Daniel Kahneman.
Write a rigorous proof sketch for a chemistry problem — e.g. balancing the combustion equation for C4H10.
Create hands-on practice exercises for an exam syllabus — e.g. the AWS Solutions Architect Associate exam syllabus.
Convert and sanity-check units in a geometry problem — e.g. the volume of a frustum with radii 3 and 5.
Produce spaced-repetition flashcards for a practical skill — e.g. touch typing at 40 words per minute.
Describe the right visual intuition for a physics problem — e.g. a projectile launched at 30 degrees at 20 m/s.
Derive the result from first principles for a statistics problem — e.g. a t-test comparing two sample means of 15 and 18.
Explain in simple everyday language a spoken language — e.g. conversational Spanish at an A2 level.
Run the Feynman technique over a concept — e.g. the concept of eventual consistency in distributed databases.
Define the key vocabulary of a topic — e.g. "the economics of vertical farming".
Interpret the statistical result in an equation — e.g. 3x^2 - 5x + 2 = 0 solved for x.
Explain through vivid analogies a course — e.g. a 6-week online course on statistics for data science.
Build a small quantitative model of a finance calculation — e.g. compound interest on $12.
Do a Fermi estimate for a chemistry problem — e.g. balancing the combustion equation for C4H10.
Design a week-by-week learning path for a book — e.g. 'Thinking, Fast and Slow' by Daniel Kahneman.
Check the working and find the error in a geometry problem — e.g. the volume of a frustum with radii 3 and 5.
Generate a graded quiz on an exam syllabus — e.g. the AWS Solutions Architect Associate exam syllabus.
Run a structured research pass on an academic paper — e.g. attention-is-all-you-need.pdf — 15 pages, dense math notation.
Solve step by step and verify a physics problem — e.g. a projectile launched at 30 degrees at 20 m/s.
Teach from first principles a practical skill — e.g. touch typing at 40 words per minute.
Run an active-recall session on a spoken language — e.g. conversational Spanish at an A2 level.
Outline a simulation approach for a statistics problem — e.g. a t-test comparing two sample means of 15 and 18.
Explain through vivid analogies a concept — e.g. the concept of eventual consistency in distributed databases.
Build a small quantitative model of an equation — e.g. 3x^2 - 5x + 2 = 0 solved for x.
Produce spaced-repetition flashcards for a course — e.g. a 6-week online course on statistics for data science.
Describe the right visual intuition for a finance calculation — e.g. compound interest on $12.
Derive the result from first principles for a chemistry problem — e.g. balancing the combustion equation for C4H10.
Explain in simple everyday language a book — e.g. 'Thinking, Fast and Slow' by Daniel Kahneman.
Run the Feynman technique over an exam syllabus — e.g. the AWS Solutions Architect Associate exam syllabus.
Define the key vocabulary of a company — e.g. "Anthropic's public funding and product history".
Interpret the statistical result in a geometry problem — e.g. the volume of a frustum with radii 3 and 5.
List the common mistakes beginners make with a practical skill — e.g. touch typing at 40 words per minute.
Write a rigorous proof sketch for a physics problem — e.g. a projectile launched at 30 degrees at 20 m/s.
Create hands-on practice exercises for a spoken language — e.g. conversational Spanish at an A2 level.
Convert and sanity-check units in a statistics problem — e.g. a t-test comparing two sample means of 15 and 18.
Produce spaced-repetition flashcards for a concept — e.g. the concept of eventual consistency in distributed databases.
Describe the right visual intuition for an equation — e.g. 3x^2 - 5x + 2 = 0 solved for x.
Run a structured research pass on a policy or regulation — e.g. "EU AI Act.
Solve step by step and verify a finance calculation — e.g. compound interest on $12.
Teach from first principles a course — e.g. a 6-week online course on statistics for data science.
Run an active-recall session on a book — e.g. 'Thinking, Fast and Slow' by Daniel Kahneman.
Outline a simulation approach for a chemistry problem — e.g. balancing the combustion equation for C4H10.
Explain through vivid analogies an exam syllabus — e.g. the AWS Solutions Architect Associate exam syllabus.
Build a small quantitative model of a geometry problem — e.g. the volume of a frustum with radii 3 and 5.
Do a Fermi estimate for a physics problem — e.g. a projectile launched at 30 degrees at 20 m/s.
Design a week-by-week learning path for a practical skill — e.g. touch typing at 40 words per minute.
Check the working and find the error in a statistics problem — e.g. a t-test comparing two sample means of 15 and 18.