1 A body moving in a straight line covers equal distances in equal intervals of time. Its speed is: A Zero B Variable C Uniform D Negative
2 If a body moves with uniform velocity, its acceleration is: A Positive B Negative C Zero D Variable
3 A body moving in a circular path with constant speed has ____. A Zero acceleration B Constant velocity C Changing velocity D Zero displacement
4 A body falling freely under gravity has an acceleration: A Around 9.8 m/s² upwards B Around 9.8 m/s² downwards C Equal to zero D Equal to its speed
5 If a body moves 10 m towards east and then 6 m towards west, what is its displacement from the starting point? A 16 m towards east B 4 m towards west C 4 m towards east D 16 m towards west
6 The motion of a pendulum is an example of ____ motion. A Translational B Rotational C Vibrational D Circular
8 Which type of motion is a spinning top an example of? A Translational motion B Rotational motion C Vibrational motion D Random motion
10 On a distance-time graph, a horizontal line parallel to the time axis means the body is: A At rest B Moving with constant speed C Accelerating D Decelerating
11 When a body is in free fall, its acceleration is: A Zero B Equal to g, directed upward C Equal to g, directed downward D Equal to 2g, directed downward
12 The gradient of a distance-time graph represents ____. A Acceleration B Speed C Displacement D Force
13 The area under a speed-time graph gives ____. A Acceleration B Distance travelled C Velocity D Time taken
14 A body is said to be in motion if its position changes with respect to a: A Clock B Frame of reference C Scalar quantity D Vector quantity
15 The motion of smoke particles in air is an example of: A Translational motion B Rotational motion C Random motion D Vibrational motion
16 A body moving along a circular path has: A Translational motion B Rotational motion C Circular motion D Vibrational motion
17 Which type of motion is exhibited by a spinning top? A Translational motion B Rotational motion C Vibrational motion D Random motion
18 In a speed-time graph, a horizontal line parallel to the time axis represents: A Uniform acceleration B Constant speed C Deceleration D Rest
19 A body is said to be in motion if its position changes with respect to: A Time B A frame of reference C Distance D Speed
20 A body is said to be at rest if its position with respect to a frame of reference: A Changes with time B Does not change with time C Increases with time D Decreases with time
21 The area under a speed-time graph represents: A Acceleration B Distance covered C Force applied D Momentum
22 A body moving along a circular path with constant speed has: A Zero acceleration B Constant velocity C Changing velocity D Zero displacement
24 The motion of a wheel of a moving car is an example of: A Translational motion B Rotational motion C Vibrational motion D Random motion
25 Which of the following is an example of vibratory motion? A A car moving on a straight road B The motion of a simple pendulum C The rotation of the Earth about its axis D A stone falling freely