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Shapes and Space Class 1 Notes Maths Chapter 1

Shapes

Let us visit the shape land. Different shapes will introduce themselves:
Shapes and Space Class 1 Notes Maths Chapter 1Now, look at the shapes below:
Shapes and Space Class 1 Notes Maths Chapter 1Colour the shapes like the following:
Shapes and Space Class 1 Notes Maths Chapter 1Question: Count the shapes above and write them.
Shapes and Space Class 1 Notes Maths Chapter 1

Ans:

Shapes and Space Class 1 Notes Maths Chapter 1

Some More Shapes

Shapes and Space Class 1 Notes Maths Chapter 1Shapes and Space Class 1 Notes Maths Chapter 1

Rolling / Sliding

The shape of the object determines its movement. Some objects move slightly along their base or the side on which they are placed. This movement is called sliding.
Shapes and Space Class 1 Notes Maths Chapter 1Some objects move ahead on all their surfaces. This is called rolling.
Shapes and Space Class 1 Notes Maths Chapter 1Encircle the objects that roll with a red crayon and objects that slide with a green crayon.
Shapes and Space Class 1 Notes Maths Chapter 1

Ans: Shapes and Space Class 1 Notes Maths Chapter 1

The Wise Lamb Story

Once a little lamb wanted to visit her grandmother. A hungry wolf tried to catch her. The lamb told him to wait and went to her grandmother. Grandma was smart! She hid the lamb inside a dholak (a round drum) and rolled it home.

Q: Why did the dholak roll?

Ans: Because it is round. Round shapes roll easily on slopes.

Q: Can a box roll like that?

Ans:  No, because it’s not round—it slides.

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FAQs on Shapes and Space Class 1 Notes Maths Chapter 1

1. What is the difference between rolling and sliding of shapes?
Ans. Rolling refers to the movement of a shape along a surface while maintaining contact with it, such as a wheel rolling on the ground. Sliding, on the other hand, involves the movement of a shape along a surface without any rotational motion, like a book sliding on a table.
2. How does the concept of rolling and sliding apply to the Shapes class?
Ans. In the Shapes class, the concepts of rolling and sliding can be used to define the behavior of different shapes. For example, a circle object can have a method to roll along a surface, while a rectangle object can have a method to slide.
3. Can a shape both roll and slide at the same time?
Ans. No, a shape cannot roll and slide simultaneously. Rolling and sliding are two distinct types of motion, and an object can only perform one type of motion at a time.
4. Are there any real-life examples of rolling and sliding shapes?
Ans. Yes, there are several real-life examples of rolling and sliding shapes. A bicycle wheel rolling on the road is an example of rolling, while a car sliding on icy pavement is an example of sliding.
5. Can we apply the concepts of rolling and sliding to other subjects besides shapes?
Ans. Yes, the concepts of rolling and sliding can be applied to other subjects besides shapes. For example, in physics, the concept of rolling is used to study the motion of objects like balls and wheels, while the concept of sliding is used to study the friction between surfaces.
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