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THE BIMANKIK RESOURCE LIBRARY

Better questions. Better AI prompts.

Five prompt patterns to support your learning—not replace your judgement.

Put the thinking before the tool.

An AI assistant can help you explore an idea, challenge an explanation, or structure a study session. It can also make confident mistakes. Keep a reliable source nearby, check calculations independently, and never enter confidential data without permission.

1. Explain the intuition first

Explain [concept] to someone who understands [prerequisite]. Start with the intuition, then introduce the notation. State the assumptions and give one small numerical example that I can verify by hand.

Use this when a formula makes sense symbolically but you don’t yet understand why it works.

2. Compare two ideas

Compare [idea A] and [idea B]. Explain what they share, where they differ, and one situation where confusing them would lead to a wrong answer. Keep the comparison specific to [context].

Try independence versus mutual exclusivity, a confidence interval versus a prediction interval, or frequency versus severity.

3. Challenge my reasoning

Here is my reasoning for a practice question: [your own non-confidential working]. Do not just give the final answer. Identify the first step that needs checking, explain why, and ask me a question that helps me repair it.

The aim is to find the gap, not to outsource the whole problem.

4. Build a revision conversation

Quiz me on [topic], one question at a time. Start with definitions, then ask me to apply them. Wait for my answer before continuing. If I make a mistake, explain the relevant principle and ask a related follow-up.

5. Review an explanation

Review this short explanation for a non-technical reader: [your text]. Point out jargon, unsupported claims, and missing assumptions. Suggest improvements without adding facts that are not in the original.

A practical safety checklist

  • Use fictional or authorised, non-sensitive information.
  • Verify sources: a plausible citation may not exist.
  • Recalculate numerical examples independently.
  • Look for unstated assumptions and overconfident conclusions.
  • Keep responsibility for the final judgement with you.

These are general learning prompts, not professional advice or a substitute for exam rules, workplace policies, or technical review.

All free resources