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1st Year Physics Chapter 3 MCQs

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You can get 1st Year Physics Chapter 3 MCQs with Answers Motion and Force here. Almost every physical activity involves motion of some sort. First of all, there is the concept of displacement which is the change in the position of the body from its initial position. After this, the important concepts of velocity and acceleration are important. The most important Newton’s laws of motion are discussed here. There is the relation between Momentum and Newton’s second law of motion and then the law of conservation of momentum is discussed here. Elastic and Inelastic collisions have different aftermaths. K.E in Inelastic Collision is not conserved but in Elastic Collision, the K.E remain conserved. Then there is the concept of Rocket Propulsion and in the end, the projectile motion. So, let’s solve the quiz of important MCQs of this chapter below to prepare for the entrance test.

1st Year Physics Chapter 3 MCQs with Answers Motion and Force

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Physics Chapter 3

1 / 20

A body is moving with uniform velocity. Its

2 / 20

Which law of motion is also called the law of inertia?

3 / 20

Momentum depends upon

4 / 20

A motorcycle safety helmet extends the time of collision hence decreasing the:

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At the maximum height on a trajectory which projectile becomes zero:

6 / 20

When a car takes a turn around a curve road, the passengers feel a force acting on them in a direction away from the center of the curve. It is due to

7 / 20

Which of the following is not an example of projectile motion?

8 / 20

What is the angle of projection for which the range and maximum height become equal?

9 / 20

The time rate of change of momentum is equal to:

10 / 20

The angle of projection, at which the range of projectile would become half of its maximum value.

11 / 20

Swimming is possible on account of

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If the momentum of a body changes from 100 N s to 200 N s in 10 s then the unbalanced external force responsible to change the momentum is

13 / 20

An object is projected with 10 ms–1 at the angle of 60° with the horizontal its range will be (Take g = 10 ms–2)

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Velocity and acceleration are in the same direction when:

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When the average velocity of a moving body is equal to its instantaneous velocity then it is moving with

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To a person going east in a car with a velocity of 10ms–1, a train appears to move towards north with a velocity of ms–1. The actual velocity of the train is 10√3

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A ball is projected at 45° and its horizontal range is 10 m. The velocity of projection is

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The ratio of distance to the magnitude of displacement along a semi-circle of radius r is

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The ratio of range to height at 45° is

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If h = R then the angle of projection is

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