🌱 Level 1 · Beginner 📘 Chapter 4 of 6 ⏱️ 12 minutes

Asking Great Questions

Curious minds learn the most. Discover how to ask questions that unlock great answers.

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Reminder: Try the prompts with a parent or teacher beside you, and never put personal details in a question.
🎯 In this chapter

Your adventure map

🧠 Mind map

Chapter 4 at a glance

4.1 Question starters ❓ What · Why · How 💭 What if · Compare 🎯 Pick the right one 4.2 Break it down 🧩 Split big questions 1️⃣ Ask one by one 🙋 Let Claude ask you 4.3 Follow-ups 🔁 Ask “why?” again 💬 Say what confused you 🌍 Ask for an example 4.4 Teach it back 🗣️ Explain in your words ✅ Claude checks you 📝 Quiz yourself ❓ Chapter 4 Great Questions
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4.1 Question starters

🎯 Goal: pick the right question for what you want to know
  • The first word of your question decides what kind of answer you get.
  • What explains, Why gives reasons, How shows the process.
  • What if sparks imagination and Compare shows differences.
  • Mix them! Good learners ask more than one kind of question.

🧰 The 5 question starters

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What?

Meaning and facts

What is an atom?
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Why?

Reasons and causes

Why do we have seasons?
⚙️

How?

Steps and process

How does a plant grow?
💭

What if?

Imagination

What if the Moon vanished?
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Compare

Similar and different

Difference between weather and climate?

🌍 Real-life examples

📖 Homework help“What is a food chain? Why is it important? How does energy move in it?” Three starters, one complete understanding.
✍️ Story writingStuck? Ask “What if the hero lost their map?” and get new ideas to build your own plot.
🚀 Try it yourself
Answer these for a Class 6 student in short bullet points: 1) What is electricity? 2) Why does a bulb glow? 3) How does a switch work? 4) What if there was no electricity for one day?
❌ Weak prompt“Tell me about electricity.”
Not clear what you want to know.
✅ Good prompt“Why does a bulb glow? Explain for Class 6 in 4 bullet points.”
One clear question with a level and format.
🎉 Fun fact: Scientists begin most discoveries with a question that starts with “Why” or “How”. Your questions are the first step of learning!

📝 Quick quiz

1. Which starter gives reasons and causes?
A) What   B) Why   C) Compare

✅ B. “Why” asks for reasons.

2. Which starter helps you imagine new ideas?

✅ “What if…?”

3. Write a “How” question about any topic you like.

✅ Example: “How does the heart pump blood?”

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4.2 Break it down

🎯 Goal: split big questions into small, easy ones
  • Big questions like “Help me with my project” are too wide.
  • Split them into small questions and ask them one at a time.
  • Short, focused questions give clearer, easier answers.
  • You can also ask Claude to ask you questions first so it understands what you need.

🌳 Split a big question

🎯 Big question: “Help me with my solar energy project”
⬇️ ⬇️ ⬇️
1️⃣ What is solar energy?
2️⃣ What can I build for a model?
3️⃣ How do I explain it in class?
⬇️ ⬇️ ⬇️
🌟 Small answers join into a complete project plan

🌍 Real-life examples

🔬 Science projectAsk for materials first, then the steps, then how to present it. Each answer builds on the last.
📚 Exam revision“Help me revise everything” becomes “List the 5 key topics of Chapter 6”, then “Quiz me on topic 1”.
🚀 Try it yourself
I want to make a working model for my Class 8 science project on solar energy. Break this into 4 small steps, and ask me 2 questions before you start so you understand what I need.
❌ Weak prompt“Do my whole project on solar energy.”
Too big, and the project would not be yours.
✅ Good prompt“List 5 materials for a simple solar model. Then I will ask for the steps.”
Small, focused, step by step.
🎉 Fun fact: Engineers, writers and athletes all use this trick: break a big job into small steps and do one at a time.

📝 Quick quiz

1. Why split a big question into small ones?

✅ Small questions get clearer, easier-to-use answers.

2. How can Claude understand your need better?
A) Ask it to ask you questions first   B) Type in capital letters   C) Stay silent

✅ A. Let it ask you 2-3 questions first.

3. Split this: “Help me prepare for my science exam.”

✅ Example: “List the chapters”, “Summarise chapter 1”, “Quiz me on chapter 1”.

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4.3 Follow-up questions

🎯 Goal: dig deeper until you really understand
  • The first answer is just the start. Real learning happens in the follow-ups.
  • Say exactly what confused you: “I did not understand step 3.”
  • Ask “Why?” again, ask for an example, or ask for the difference between two ideas.
  • You are never “bothering” Claude. Ask as many times as you need.

🪜 The Question Staircase

1️⃣
Ask the first question“How do magnets work?”
2️⃣
Ask “Why?”“Why do opposite poles attract?”
3️⃣
Ask for an example“Where do I see this at home?”
4️⃣
Test yourself“Quiz me on magnets.”

🧰 Follow-up phrases (tap to copy)

🌍 Real-life examples

➗ Maths doubt“I understood steps 1 and 2 but not step 3. Why did we divide both sides by 2?” Specific doubts get specific help.
🏛️ History reasonsAfter the answer, ask “Why did that cause a change?” and “Can you explain with a simple example?”
🚀 Try it yourself
Explain how magnets work for a Class 6 student in 4 short bullet points. Then wait, and I will ask follow-up questions.

Then tap two phrases above, like “Why does that happen?” and “Real-life example”, and send them one by one.

❌ Weak habitSay “I don’t get it” and stop.
Claude does not know which part is confusing.
✅ Good habit“I did not understand why we divide by 2 in step 3. Explain that step with an example.”
Point to the exact part.
🏆 Mini challenge: Pick any topic and ask “Why?” three times in a row. How deep did your understanding go?

📝 Quick quiz

1. What should you do if you do not understand one step?

✅ Tell Claude which exact step confused you and ask it to explain differently.

2. Which is a good follow-up?
A) “Can you give a real-life example?”   B) “Wrong.”   C) “Bye.”

✅ A. It asks for a clearer explanation.

3. Why is asking follow-up questions useful?

✅ It helps you understand deeper instead of just reading one answer.

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4.4 Teach it back

🎯 Goal: check your own understanding with Claude
  • You know something well when you can explain it in your own words.
  • Write your explanation first, then ask Claude: “What did I get right? What did I miss?”
  • Ask for hints only, so you fix it yourself.
  • This is a popular study method called the Feynman Technique.

🔄 The Teach-back Loop

📖1. Learnread or ask Claude
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🗣️2. Explainin your own words
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🔍3. Checkask Claude for feedback
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🔧4. Fix gapsthen explain again

🌍 Real-life examples

📚 Exam revisionExplain the water cycle in 5 sentences from memory. Ask Claude to point out missing steps, then fix it yourself.
🎤 Class presentationPractise your talk by typing it out. Ask Claude “Which part is unclear? Give me 2 tips.”
🚀 Try it yourself
I will explain [topic] in my own words. Tell me what I got right, what I missed, and give me 1 hint to improve. Do not give the full answer. My explanation: [type it here]
❌ Weak habitRead Claude’s answer once and think “I know it now”.
Reading is not the same as remembering.
✅ Good habitClose the answer, explain it yourself, then ask Claude to check.
This builds real memory.
🎉 Fun fact: The Feynman Technique is named after the physicist Richard Feynman. Teaching an idea simply shows whether you truly understand it.

📝 Quick quiz

1. What is the first step of “teach it back”?

✅ Explain the topic in your own words.

2. What should you ask Claude after you explain?
A) “What did I get right and miss?”   B) “Do my homework.”   C) “Tell me a joke.”

✅ A. It shows the gaps in your understanding.

3. Why ask for hints instead of the full answer?

✅ You fix it yourself, so you learn and remember more.

🏅 Chapter complete

Chapter 4 summary

Pick the right starter • Break big questions down • Keep asking follow-ups • Teach it back to check yourself.

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