Class 9 Physics Past Papers MCQs Grand Practice Test

Class 9 Physics Past Papers MCQs Grand Practice Test

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9PhyPPGrandTest

Class 9 Physics
Past Papers MCQs
Grand Practice Test
Reduced Syllabus

1 / 134

Which one of the following is the smallest quantity?

2 / 134

A force of 10 N is acting along x-axis. Its vertical component will be:

3 / 134

10-12 stands for:

4 / 134

The value of ‘g’ at a height one Earth’s radius above the surface of earth is:

5 / 134

A body is in equilibrium when its:

6 / 134

What will be the value of ‘α’ for a solid for which ‘β’ has a value 3×10-5 K-1?

7 / 134

Gravitational Field Strength near Earth is:

8 / 134

The momentum of an object of mass 4 kg, moving with velocity 100 cms-1 is _____.

9 / 134

If a body starts from rest then which of the following is correct?

10 / 134

Which of the following is an example of Random motion?

11 / 134

Mass of body is 2000g, its weight on the surface of earth is:

12 / 134

Newton’s first law of motion is valid only in the absence of:

13 / 134

(Pf – Pi)/t= ?

14 / 134

108 kmh-1=________ ms-1

15 / 134

The work done will be zero when the angle between the force and the distance is:

16 / 134

1 L = _______.

17 / 134

A body is in equilibrium when its:

18 / 134

Which surface offers the least amount of friction?

19 / 134

If F=200 N and θ=30° with horizontal then what will be the value of Fx?

20 / 134

The least count of Vernier Calipers is:

21 / 134

The amount of work done in carrying a bag of mass 10 kg to a height of 3.6 m is:

22 / 134

1 mm per day is equal to:

23 / 134

Which of the following is NOT a Derived unit?

24 / 134

The number of perpendicular components of a force are:

25 / 134

The time required change 22 Ns momentum by a force of 44 N is:

26 / 134

Uniform velocity with which paratrooper comes to ground is called _____ velocity.

27 / 134

The value of mass of Earth is:

28 / 134

Inertia depends upon _________.

29 / 134

The Earth’s gravitational force of attraction vanishes at __________.

30 / 134

The value of ‘g’ on moon’s surface is 1.6 ms-2. What will be the weight of a 100 kg body on the surface of the moon?

31 / 134

Which is not a vector quantity?

32 / 134

Which one of the following substance is the lightest one?

33 / 134

Hook’s law is applicable to ________.

34 / 134

A string is stretched by two equal and opposite forces F Newton each. The tension in the string is:

35 / 134

A car starts from rest. It acquires a speed of 25 ms-1 after 20 s. The distance moved by car during this time is:

36 / 134

At sea level, the atmospheric pressure is about:

37 / 134

In SI, the unit of Stress is ________.

38 / 134

A boy jumps out of a moving bus. There is a danger for him to fall:

39 / 134

The acceleration produced by a force of 20 N in a body of mass 8 kg will be:

40 / 134

1 hp = ________.

41 / 134

32 × 105 in standard form is equal to:

42 / 134

A student claimed the diameter of a wire as 1.032 cm using Vernier Callipers. Upto what extent do you agree with it?

43 / 134

Newton’s first law of motion is valid only in the absence of:

44 / 134

4800000W = _________MW.

45 / 134

Inertia depends upon:

46 / 134

Which one of the following material has large specific heat?

47 / 134

Pressure of a liquid depends on:

48 / 134

In SI, the unit of momentum is _____.

49 / 134

Joule is equal to:

50 / 134

Change in position is called:

51 / 134

Which of the following is NOT a vector quaintly?

52 / 134

Which one of the following units is not a derived unit?

53 / 134

The number of base units in SI are:

54 / 134

Which one of the following is a scalar quantity?

55 / 134

When a body is falling towards the Earth, its PE is:

56 / 134

A change in position is called:

57 / 134

According to Archimedes, up thrust is equal to:

58 / 134

If F=200N and θ=30° then what will be the value of Fy?

59 / 134

The potential energy of a body of mass 10 kg at a height ‘h’ is _____ joules.

60 / 134

SI-Unit of Young’s Modulus is same as that of:

61 / 134

The work done in lifting a brick of mass 2 kg through a height of 5 m above ground will be:

62 / 134

Which of the following materials has large specific heat?

63 / 134

A car starts from rest. It acquires a speed of 25 ms-1 after 20 s. The distance traveled by the car during this time is:

64 / 134

An interval of 200 μs is equivalent to:

65 / 134

What will be the weight of a body of 20kg mass?

66 / 134

Which one of the following is the unit of momentum?

67 / 134

The number of forces that can be added by head to tail rule is:

68 / 134

Which one of the following substance is the lightest one?

69 / 134

1 nm = ____

70 / 134

300000000 ms-1 in standard form is written as:

71 / 134

SI unit of momentum is:

72 / 134

A body of mass 50 kg is raised to a height of 3 m. What is its potential energy?

73 / 134

1.45 is rounded to:

74 / 134

A train is moving at a speed of 36 kmh-1. Its speed expressed in ms-1 is:

75 / 134

1 Pa =?

76 / 134

If a matter has fixed volume but not permanent shape then matter is in the ____ state.

77 / 134

A force of 10 N is making an angle of 30° with horizontal. Its horizontal component will be:

78 / 134

F = _______.

79 / 134

A car travelling at 10ms-1 accelerates uniformly at 2ms-2. What will be its velocity after 5s?

80 / 134

A cyclist does 12 joules of useful work while pedaling bike from every 100 joules of food energy which he takes. His efficiency is ______ percent.

81 / 134

A force of 10 N is making an angle of 30° with horizontal. Its horizontal component will be:

82 / 134

The number of forces that can be added by head to tail rule is:

83 / 134

SI-unit of the “gravitational field strength” of the Earth is:

84 / 134

The least count of vernier callipers is:

85 / 134

What will be the value of β for a solid for which α has a value 2×10-5 K-1?

86 / 134

The work done in lifting a brick of mass 2 kg through a height of 5 m above ground will be:

87 / 134

N = _______.

88 / 134

Centre of gravity of a uniform triangular sheet lies at the point of intersection of its:

89 / 134

Inertia depends upon _________.

90 / 134

1 hp = ________.

91 / 134

The value of ‘g’ on the moon’s surface is 1.6 ms-2. What will be the weight of a 100 kg body on the surface of the moon?

92 / 134

Torque depends on:

93 / 134

A ball is thrown vertically upward, its velocity at the highest point is:

94 / 134

If power of a working system (machine) is 2088.8 watts then its power in horsepower will be:

95 / 134

Inertia depends upon:

96 / 134

A racing car is made stable by:

97 / 134

A stone is dropped from a height of 30 m. After 2 seconds its height from the Earth will be

98 / 134

A block of mass 4kg is supported by a string. The tension in the string is:

99 / 134

An interval of 200 μs is equivalent to ____ .

100 / 134

A string is stretched by two equal and opposite forces 10 N each. The tension in the string is:

101 / 134

In which of the following molecules do not leave their mean position?

102 / 134

A body is said to be in equilibrium if:

103 / 134

The value of G is:

104 / 134

A pencil just balanced at its tip is in ________.

105 / 134

What is SI unit of coefficient of friction?

106 / 134

If mass of a body is halved and the velocity is doubled, then its Kinetic Energy will be:

107 / 134

If 20 N force produces an acceleration of 5 ms-2 in a body then mass of the body will be:

108 / 134

Which one of the following numbers is in the standard form?

109 / 134

The unit of momentum is:

110 / 134

If a body remains in its new position when disturbed from its previous position, it is said to be in:

111 / 134

When a horse pulls a cart, the action is done on the:

112 / 134

Young’s modulus Y is equal to:

113 / 134

The value of ‘g’ at a height one earth’s radius above the surface of earth is:

114 / 134

0.0000000081 m = _____ nm

115 / 134

Indicate the unit of momentum:

116 / 134

The Earth’s gravitational force of attraction vanishes at:

117 / 134

The least count of screw gauge having pitch 0.5 mm and 50 divisions on its circular scale is:

118 / 134

The value of the “gravitational field strength” of the Earth at a distance R (where R is the radius of the Earth) from the surface of the Earth will be:

119 / 134

Near the surface of the earth, the gravitational field strength is:

120 / 134

If 100 N force moves a body of mass 3kg through a distance of 3m, work done will be:

121 / 134

When an object is moving with uniformly changing speed then the slope of speed-time graph determines the magnitude of:

122 / 134

Evaporation takes place from the surface of a liquid at:

123 / 134

A stone is dropped from a top of tower. The stone hit the ground after 5 seconds, the height of tower is:

124 / 134

The centre of gravity of triangular shaped body is:

125 / 134

A stone is dropped from a certain height distance covered by it in one second is:

126 / 134

If ‘m’ is the mass of an object then its weight on the surface of the Earth will be:

127 / 134

One Pascal is equal to:

128 / 134

A ball is thrown vertically upwards. Its velocity at the highest point is:

129 / 134

The kinetic energy of a body of mass 2 kg is 25 J. Its speed is:

130 / 134

The distance-time graph for an object moving with variable speed is a:

131 / 134

If the mass of 200 cm3 of stone is 500 g then its density will be

132 / 134

Which one the following is a vector quantity?

133 / 134

1 hp = ________.

134 / 134

The value of ‘g’ at distance of 2R (where R is radius of Earth) from the centre of Earth is:

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