Asking About Problems — Ask questions to learn about a situation people want to change. - 1st Grade Science

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Why Do People Ask Questions?

People have always asked questions to solve problems. Long ago, someone noticed their feet got wet when they walked in the rain. They asked, "How can I keep my feet dry?" That question led to the invention of shoes! Asking good questions is the very first step in making things better.

Long Ago • Early Inventors Asked Questions

People asked, "How can we carry water?" They invented cups and bowls from clay.

100s of Years Ago • Builders Asked Questions

People asked, "How can we cross rivers?" They invented bridges to help everyone get across safely.

Recently • Scientists Ask Questions Every Day

Today, engineers and scientists ask questions like, "How can we make this safer?" or "How can we help people?"

Today • You Can Ask Questions Too!

You can be like a scientist! When you see a problem, you can ask questions to learn more about it.

Every great invention started with a question. When we see something that is not working well, we can ask questions to learn more. This helps us figure out how to make things better!

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What Are Good Questions?

A problem is something that is not working the way people want. When we find a problem, we need to ask questions to understand it. Good questions help us learn what is wrong and what people need.

What is the problem?

First, find out what is not working. Ask: "What is wrong?" or "What do people want to change?"

Who has the problem?

Find out who is affected. Ask: "Who needs help?" or "Who is having trouble?"

When does it happen?

Learn when the problem shows up. Ask: "When does this happen?" or "Does it happen all the time?"

Why is it a problem?

Understand why it matters. Ask: "Why does this bother people?" or "Why do we need to fix it?"

How can we fix it?

Start thinking of ideas! Ask: "How could we make this better?" or "What could we try?"

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KEY TAKEAWAY

Asking questions is like being a detective! A detective asks questions to solve a mystery. You ask questions to solve a problem. The more questions you ask, the more clues you find!

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How Asking Questions Works

This diagram shows the steps of asking questions. You start at the top when you see a problem. Then you ask questions (the purple, pink, yellow, and blue boxes). Each question gives you a clue. At the bottom, you understand the problem and are ready to fix it!

Look at the diagram above. When you see a problem, you do not try to fix it right away. First, you ask questions! Each question is like a puzzle piece. When you put all the pieces together, you understand the whole problem. Then you can think of a great way to fix it.

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How Questions Help Us Learn

When engineers and scientists want to solve a problem, they use a special plan. It is called the engineering design process. The very first step is to ask questions! Let's see how this works.

Step 1: Ask Questions

Imagine your lunchbox does not stay closed. Food falls out! Before you try to fix it, you ask questions. You might ask, "What part is broken?" or "When does it pop open?" These questions help you learn about the problem.

Step 2: Learn From Answers

When you get answers, you learn new things. Maybe the latch is loose. Maybe it only pops open when you carry it a certain way. Each answer teaches you something new about the problem.

Step 3: Use What You Learned

Now you know what the real problem is. You can think of ideas to fix it! Maybe you need a stronger latch. Maybe you need to carry it differently. Your questions helped you find the best solution.

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Remember!

You do not need to know the answer right away. Asking a question is the smart thing to do. Scientists ask questions all the time!

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Different Kinds of Questions We Can Ask

Not all questions are the same! There are different kinds of questions that help us learn different things about a problem. Let's look at the types of questions we can ask.

This picture shows five types of questions. WHAT questions help you find the problem. WHO questions help you find the people. WHEN questions help you find the time. WHY questions help you find the reason. And HOW questions help you start finding solutions!

Each type of question teaches you something different. When you use all five types together, you get a really good picture of the whole problem. It's like coloring with all the crayons instead of just one!

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Let's Try It! A Worked Example

Let's practice asking questions about a real problem! Imagine this: the class pet hamster's water bottle keeps leaking. Water drips on the floor and makes a puddle. Let's ask questions to learn about this problem.

The Leaking Hamster Water Bottle

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Step 1 — Ask a WHAT question

We ask: "What is the problem?" We look carefully. The water bottle has a small crack near the bottom.

We found the problem: a crack in the bottle!
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Step 2 — Ask a WHO question

We ask: "Who is affected by this problem?" The hamster might not have enough water to drink. Also, the students who clean the cage have to mop up the puddle.

The hamster and the students are affected!
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Step 3 — Ask a WHEN question

We ask: "When does the water leak?" We watch the bottle for a while. It leaks a lot when it is very full. It does not leak as much when it is half full.

It leaks most when the bottle is very full!
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Step 4 — Ask a WHY question

We ask: "Why does it leak more when it is full?" When the bottle is full, the water pushes harder on the crack. That makes more water come out.

More water pushes harder on the crack!
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Step 5 — Ask a HOW question

We ask: "How can we fix this?" Now we know so much about the problem! We could get a new bottle, put tape over the crack, or only fill it halfway.

We have three great ideas to try!

See how each question taught us something new? By the end, we had enough information to think of three different solutions. That is the power of asking good questions!

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Good Questions vs. Not-So-Helpful Questions

Some questions help us learn a lot. Other questions do not help as much. Let's look at the difference between good questions and not-so-helpful questions.

Good Questions ✅	Not-So-Helpful Questions ❌
"What is the problem?"	"Is there a problem?" (yes or no does not tell us much)
"Why does the chair wobble?"	"Do you like the chair?" (this is about feelings, not the problem)
"When does it rain inside the tent?"	"What color is the tent?" (the color does not help us fix the leak)
"How can we make the slide safer?"	"Can we just get a new one?" (this skips learning about the problem)

Good questions help us learn more about the problem. Not-so-helpful questions miss important details.

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KEY TAKEAWAY

Good questions are like keys that open doors. A good question opens the door to new information. A not-so-helpful question is like trying the wrong key — the door stays closed and you do not learn anything new!

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From Questions to Solutions

Asking questions is just the beginning! After you ask questions and learn about a problem, there are more steps. Let's see what comes next in the engineering design process.

Step	What You Do Now (1st Grade)	What Comes Later (Older Grades)
1. Ask	Ask questions about the problem	Do research and gather data about the problem
2. Imagine	Think of ideas to fix it	Brainstorm many possible designs
3. Plan	Pick your best idea	Draw detailed plans and diagrams
4. Create	Build or try your idea	Build prototypes and models
5. Improve	Make it better if it did not work	Test, collect data, and redesign

The engineering design process starts with asking questions and grows as you learn more!

Right now, you are learning the most important first step: asking questions. As you grow, you will learn how to do all five steps. But remember, every great invention starts with someone asking a question!

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Practice Time!

Now it is your turn! Read each problem and try your best. Think about the questions you learned today.

Question 1: CONCEPTUAL

Why is it important to ask questions before you try to fix a problem?

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It is important to ask questions first because questions help us understand the problem. If we try to fix something without understanding it, we might fix the wrong thing! Asking questions gives us clues about what is really wrong, who needs help, and when the problem happens. The more we know, the better our solution will be.

Question 2: BASIC

A crayon keeps rolling off the table. Name two questions you could ask to learn about this problem.

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You could ask: "Why does the crayon keep rolling?" This helps you learn that the table might be tilted or the crayon is round. You could also ask: "When does the crayon roll off?" This helps you learn if it happens all the time or only when someone bumps the table. Both of these are great questions that give you clues about the problem!

Question 3: INTERMEDIATE

The playground slide gets too hot in the summer. A student says, "Let's just take the slide away." Is that a good idea? What questions should we ask first?

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Taking the slide away is not the best first step because we have not asked questions yet! We should ask: "When does the slide get hot?" (Maybe only on sunny afternoons.) "Why does it get hot?" (Maybe the sun shines right on it.) "Who is bothered by the hot slide?" (All the kids who want to play on it.) These questions might help us find a better solution, like putting shade over the slide instead of taking it away.

Question 4: APPLIED

Your class garden has a problem: the plants are not growing well. Use the five question types (What, Who, When, Why, How) to write five questions you could ask about this problem.

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Here are five great questions: (1) WHAT: "What is happening to the plants?" Maybe they are turning brown or drooping. (2) WHO: "Who takes care of the garden?" Maybe the plants are not getting enough attention. (3) WHEN: "When did the plants stop growing?" Maybe it started when the weather changed. (4) WHY: "Why are the plants not growing?" Maybe they need more water or sunlight. (5) HOW: "How much water and sunlight do these plants need?" This helps us figure out what to change.

Question 5: CRITICAL THINKING

Imagine you and a friend both see the same problem: a book keeps falling off a shelf. You ask different questions. You ask, "Why does the book fall?" Your friend asks, "What color is the book?" Why might your question help you solve the problem better than your friend's question?

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Your question is better because it is about the actual problem. Asking "Why does the book fall?" helps you learn what is causing it. Maybe the shelf is slanted, or the book is too big for the shelf. This information helps you think of a real fix. Your friend's question about the color does not tell you anything useful about why the book falls. Good questions are about the problem itself and help you understand what is going wrong. Questions that are not about the problem do not give us helpful clues!

SUMMARY

Let's Remember What We Learned!

Summary

Today we learned that asking questions is the first and most important step when we find a problem — something people want to change. We can ask five types of questions: WHAT (find the problem), WHO (find the people), WHEN (find the time), WHY (find the reason), and HOW (find solutions).

Good questions help us understand a problem before we try to fix it. This is part of the engineering design process. Remember: asking questions is like being a detective — each question gives you a clue! The more clues you have, the better your solution will be. You are already thinking like a scientist and engineer!