Lesson subsection
Read the explanation, try the on-paper prompts, then explain the idea in your own words. Use AI feedback as a mentor, not a shortcut.
Best flow: read → think on paper → write a short explanation → refine with feedback.
Most students read proofs the way they read stories: from top to bottom, passively. Mathematicians read proofs more like code or a chess game: they constantly pause, check each step, and ask 'why does this follow?'.
Active proof-reading habits:
Active reading trains your brain to think in proof mode, not just to follow text.
TL;DR — key idea
Don’t just let the proof wash over you. Pause, question each step, track assumptions, and try to predict or reconstruct steps yourself.
Don’t skip this – writing proofs or explanations on paper is where most of the learning actually happens.
Describe one habit you could adopt to read proofs more actively instead of passively.
Think of a time you 'zoned out' reading a solution. What could you have done differently to stay engaged?
Once you’ve sketched some ideas, summarize the main insight in the reflection box on the right.
In 3–6 sentences, explain the core idea of this subsection as if you were teaching a friend who hasn’t seen it. Focus on the logic, not just the final statements.
AI is optional. Use it to spot gaps and sharpen your wording, not to replace your own thinking.