The Wonderful World of Science — Class 6 Science
Curiosity · Chapter 1Trending
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- Space weighted by chapter size
- Charts from the book's own data
- Traps corrected
- Space weighted by chapter size
- Charts from the book's own data
- Traps corrected
- Space weighted by chapter size
- Charts from the book's own data
- Traps corrected
- Space weighted by chapter size
- Charts from the book's own data
- Traps corrected
- Space weighted by chapter size
- Charts from the book's own data
- Traps corrected
Chapter summary
Key ideas & terms
- Science
- A way of thinking, observing, and doing things to understand the world we live in and to uncover the secrets of the universe.
- Curiosity
- The eager desire to explore and ask questions about our surroundings, treated as the most important quality for learning science.
- Scientific method
- A step-by-step process of observing, questioning, guessing a possible answer, testing it, and analysing the results to find answers to our questions.
- Observation
- Carefully noticing something interesting or not understood in our surroundings, which is the starting point of scientific enquiry.
- Experiment
- A test or trial carried out to check whether a guessed answer to a question is correct.
- Scientist
- A person who follows the scientific method to solve problems or discover new things; anyone using this method works like a scientist.
Extra questions & answers
What is science, according to this chapter?
Science is a way of thinking, observing, and doing things to understand the world we live in and to uncover the secrets of the universe.
Why is the book titled 'Curiosity'?
Because curiosity — the desire to explore and ask questions about our surroundings — is the most important quality needed to learn and do science.
How is science compared to a jigsaw puzzle?
Science is like a giant, unending jigsaw puzzle where every new discovery adds a piece, leads to more questions, and sometimes shows that an earlier piece must be moved.
What everyday example is used to explain the scientific method?
A pen that stops writing: you ask why, guess the ink is finished, test by checking the refill, and if that is wrong you make and test a new guess, such as the ink drying up.
What are the main steps of the scientific method?
First we observe something interesting, then wonder and ask a question, guess a possible answer, test the guess through experiments or observations, and finally analyse the results.
Who can be considered to be working like a scientist?
Anyone who follows the scientific method, such as a cook wondering why dal spilled, a bicycle repairer finding an air leak, or an electrician checking a faulty bulb.
What is the first and most important thing needed to learn science well?
To be curious and to observe one's surroundings keenly, which leads us to pose questions and ask how and why.
What are some of the topics the book promises to explore?
Life on Earth, food and its sources, the materials around us, water and rain, how hot or cold things are, and objects beyond Earth such as the Sun, Moon, and stars.
Is science usually done alone?
No; science is rarely done alone — scientists across the world work together in large teams, and it is more fun to discover things together.
According to the chapter, must students answer all their questions in Grade 6?
No; the chapter says students will not find answers to all their questions in Grade 6, as they are beginning a journey of science for the next five years and beyond.
Activity 1.1: Let us think and write
Write about a similar problem that you tried to solve.
One similar problem I tried to solve was when my bicycle bell stopped ringing. When I pressed the bell lever, no sound came out even though I was using it properly.
What steps did you take?
First I observed that pressing the lever produced no sound. Then I asked why it was not ringing. I guessed that the screw holding the bell cover might be loose or that dust was blocking the striker. I tested this by opening the cover and cleaning the inside and tightening the screw. I then pressed the lever again and it rang, so I concluded that dust and a loose screw were the reason.
Activity 1.2: Let us think and write
Describe a daily life situation where you think someone was following a scientific method.
One daily life example is when my mother noticed that rice was taking much longer to cook than usual. She observed the problem and asked why it was happening. She guessed the flame of the gas stove might be low or the lid was not closed properly. She tested this by checking the gas knob and closing the lid tightly. She observed that the flame was indeed low, and after increasing it the rice cooked normally. This shows observation, questioning, guessing, testing and concluding, which is the scientific method.
Activity 1.3: Let us think and write
If you have to ask “Why?” about something, what would you ask about?
If I have to ask Why, I would ask: Why does the sky look blue during the day but appears dark at night?
Try to write down how you would attempt to find an answer to your question.
To find an answer I would follow the scientific method. First I would observe the sky at different times of day and note its colour. Then I would read my science book and ask my teacher how sunlight interacts with air. I would guess that sunlight scattering by air particles makes the sky look blue. I would test this by doing a simple activity with water and a torch to see how light scatters, and by discussing with friends and comparing observations. Finally I would analyse what I learned and conclude that scattering of sunlight is the reason for the blue colour.


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