wayground logo

Free Printable Worksheets

Font size

S
M
L
XL
Worksheets

Physics finals

Total questions: 145

Worksheet time: 1hrs 14mins

Name
Class
Date
1.

which law is this? Whenever one object exerts a force on a second object, the second object exerts and equal and opposite force on the first object.

a)

newtons 2nd law

b)

Law of conservation of energy

c)

Newtons 3rd law

d)

Newtons 1st Law

2.

Newton said that a force is not a thing in itself but a____ Between one thing and another

a)

Object

b)

Force

c)

Interaction

d)

Reaction

3.

A force that first acts on an object is a

a)

Action force

b)

Reaction force

c)

opposite force

d)

None

4.

When I cannonball is shot from a canon the kick back of the canon is the result of the

a)

Action force

b)

Reaction force

c)

air

5.

I canon does not kick back as far as the ball is shot from it because

a)

It has more mass

b)

It has less force

c)

it has more force

6.

What is the force that pushes air out of a balloon

a)

1. Air outside the balloon

b)

2. The balloon

c)

3. Air pressure in the balloon

d)

Both two and three

7.

The evidence that the moon is pulling on the earth can be seen by

a)

volcanoes

b)

Tsunamis

c)

The tides

d)

A decrease in gravity

8.

What force acts on a horse that pulls a cart

a)

The ground

b)

The horses hoof

c)

The cart

d)

None of these

9.

The force in an action force depends on the (may have more than one)

a)

Mass of the reaction force

b)

The speed of the action force

c)

The speed of the reaction force

10.

The person who jumps up from their earth does not see the opposite reaction force of the earth because

a)

It happens too fast

b)

It’s too small to be seen

c)

It doesn’t happen

d)

The earth is too big

11.

The lift a flying birds an aircraft is caused by

a)

Their speed

b)

Pushing up of the air on their wings

c)

Hot air rising

d)

Less gravity at altitude

12.

The action force that results in Lift and birds And aircraft is

a)

Downward pushing of air

b)

Gravity

c)

Forward movement

d)

None

13.

The first object acting on the second object

a)

Action force

b)

Reaction force

14.

The second object acting on the first

a)

Action force

b)

Reaction force

15.

Which law is this? The acceleration produced by a net force on an object is directly proportional to the magnitude of the net force, is in the same direction as the net force, and is inversely proportional to the mass of the object.

a)

Newtons 1st law

b)

Newtons 2nd law

c)

Newtons 3rd law

d)

Law of conservation of energy

16.

Acceleration

a)

Force/mass

b)

Force•distance

c)

Mass•acceleration

17.

Acceleration depend on the _____ to increase the acceleration of an object

a)

Mass

b)

Speed

c)

Net force

d)

Distance

18.

Which are fluids

a)

Liquids

b)

Solids

c)

Gases

d)

rocks

19.

the friction acting on something moving through air, is a very common form of fluid friction

a)

speed

b)

air resistance

c)

terminal speed

d)

Terminal velocity

20.

newton per square meter

a)

watts

b)

Grams

c)

Kilogram

d)

Pascals

21.

if you drop two objects with different masses from the same height which will hit the ground first

a)

heavier

b)

lighter

c)

same time

22.

action and redaction force are _____ and ______

a)

different, together

b)

equal, opposite

c)

equal, together

23.

if you push on something it…

a)

push’s back

b)

moves away

c)

gets damaged

24.

Inertia in motion

a)

Impulse

b)

Speed

c)

Momentum

d)

truck

25.

momentum

a)

Mass•velocity

b)

Force/mass

c)

Mass•speed

d)

Mass/speed

26.

Change in momentum

a)

Impulse

b)

Force

c)

work

d)

Energy

27.

What causes acceleration?

a)

Speed

b)

Impulse

c)

Force

d)

Outside force

28.

The greater the _____ acting on an object, the greater it’s change in ____

a)

Mass, direction

b)

Force, direction

c)

force, mass

d)

Force, velocity

29.

Impulse

a)

Force/mass

b)

Mass•speed

c)

Force•time interval

d)

Force/time interval

30.

what is it called when momentum or any quantity in physics done not change

a)

Unchanged

b)

conservative

c)

Conserved

d)

Untouchable

31.

which law is this? In the absence of an external force, the momentum of a system remains unchanged

a)

Newtons 1st law

b)

Law of conservation of momentum

c)

Law of conservation of energy

d)

Newtons 3rd law

32.

Net momentum is always…

a)

Different

b)

equal

33.

whenever colliding objects become tangled or couple together

a)

Elastic collision

b)

Inelastic collision

34.

When objects collide without being permanently deformed and without generating heat

a)

Inelastic collision

b)

Elastic collision

35.

work

a)

Force•distance

b)

Force/distance

c)

Length•width

d)

Force•mass

36.

Unit for work

a)

watt

b)

Pascal

c)

Newton

d)

Joule

37.

the rate at which work is done

a)

Power

b)

Effort

c)

Time

d)

Speed

38.

Power

a)

Mass•velocity

b)

Work/time

c)

Work•time

d)

Mass/velocity

39.

The energy due to the position of something or the movement of something

a)

Energy

b)

Mechanical energy

c)

Kinetic energy

d)

Chemical energy

40.

Something that enables an object to do work

a)

Force

b)

Work

c)

Energy

d)

Effort

41.

energy that is stored and held in readiness

a)

Kinetic energy

b)

Potential energy

c)

Energy

d)

Mechanical energy

42.

Gravitational potential energy

a)

Weight•height

b)

Mass•velocity

c)

Rate•time

43.

The potential energy due to elevated positions

a)

Kinetic energy

b)

Energy

c)

Gravitational potential energy

44.

Energy in motion

a)

Potential energy

b)

Gravitational potential energy

c)

Kinetic energy

d)

Mechanical energy

45.

Kinetic energy

a)

1/2 mass•speed ^2

b)

Mass •speed^2

c)

1/2 mass •speed

46.

Which law is this? Energy cannot be created or destroyed. It can only be transformed from one form into another, but the total amount of energy never changes

a)

Law of conservation of energy

b)

Law of momentum

c)

Newtons 3rd law

d)

Newtons 2nd law

47.

A device used to multiply forces or simply to change the fire toon of forces

a)

Yourself

b)

Lever

c)

Lever arm

d)

Machine

48.

The ration of output forces to input forces for a machine

a)

Mechanical advantage

b)

Load

c)

Velocity

d)

Mechanical change

49.

A lever used to change direction of a force

a)

Fulcrum

b)

Lever arm

c)

Pulley

d)

Lever

50.

Efficiency

a)

Useful work output/total work inout

b)

Weight•height

c)

Mass • velocity

51.

Newton said that a force is not a thing in itself but a …

a)

Object

b)

Force

c)

Interaction

d)

Reaction

52.

A force that acts first on a object is called…

a)

Action force

b)

Reaction force

c)

Air

53.

A common does not kickback as far as the ball is shot from it because

a)

It has more mass

b)

Is gas less force

c)

It has more force

54.

Which two are forces that push air out of a ballon

a)

Air outside the balloon

b)

The balloon

c)

Air pressure in the balloon

55.

the evidence that the moon is pulling on the earth can be seen in

a)

A decrease in gravity

b)

The tides

c)

The tsunamis

d)

Volcanoes

56.

What force acts on a horse that pulls a cart

a)

The ground

b)

The horses hoof

c)

The cart

d)

None

57.

If a bird flies into a kitchen window, which of the following is correct?

a)

the bird hit the window

b)

the bird was the action force

c)

The window hit the bird

d)

All of the above

58.

The force an action force depends on the

a)

Mass of the reaction force

b)

The speed of the action force

c)

The speed of the reaction force

59.

A person who jumps from the earth does not see the opposite reaction force of the earth because

a)

It happens too fast

b)

It is too small to be seen

c)

It doesn’t happen

d)

The earth is too big

60.

They left a flying birds and aircraft is caused by

a)

Their speed

b)

Pushing up of the air on their wings

c)

Hot air rising

d)

Less gravity at altitude

61.

The action force that results in lift and birds and aircraft is

a)

Downward pushing air

b)

Gravity

c)

Forward movement

d)

None

62.

The first object acting on the second object

a)

Action force

b)

Reaction force

63.

The second object acting on the first

a)

Reaction force

b)

Action force

64.

The change of momentum depends on

a)

The force that acts

b)

The length of Time acts

c)

None

d)

all

65.

The momentum of an object is the product of its mass

a)

Times time

b)

Times velocity

c)

Divided by force

d)

Divided by time

66.

The average force multiplied by the time during in which it acts is

a)

Impact

b)

Momentum

c)

Impulse

67.

The law of conservation of momentum states that momentum is conserved when there is no net

a)

Internal force

b)

External force

c)

Mass

d)

Impact

68.

Momenta combine by

a)

Vector rules

b)

One half the time

c)

Twice the mass

d)

all

69.

Momentum occurs only when an object

a)

Is at rest

b)

Is acted on by a force

c)

Is in motion

70.

The amount of matter in an object is its

a)

Volume

b)

Force

c)

mass

d)

Velocity

71.

Force measured in newtons is

a)

Density

b)

Mass

c)

Impact

72.

Force times time is used to measure a

a)

Impulse

b)

change in momentum

c)

Impact

d)

Impulse and change in momentum

73.

If the time of an impact is increase the impulse is

a)

Increased

b)

Stays the same

c)

Doubles

d)

Decreases

74.

If the force of an object causes it to bounce off another object rather than stop then the force is

a)

Greater

b)

Less

c)

Equal in both cases

d)

Zero

75.

the Pelton We’ll what is an improvement and paddle wheels because it used

a)

Flat blades

b)

Less water

c)

Cupped blades

d)

Fan blades

76.

Momentum can be best described as

a)

Force in motion

b)

Inertia in motion

c)

Mass in motion

d)

Velocity in motion

77.

When momentum is transferred from one pool ball to another the collision is

a)

Elastic

b)

Cannot be conserved

c)

Inelastic

d)

Has no momentum

78.

Two trains which couple are displaying

a)

Inelastic collision

b)

Elastic collision

c)

Bouncing

d)

None

79.

When momentum or any quantity in physics does not change

a)

Impact time

b)

Elastic

c)

External force

d)

Conserved

80.

Decreases the impulse of an object

a)

Inertia

b)

Impulse

c)

Bouncing

d)

Impact time

81.

Tendency of objects in motion tend to stay in motion

a)

Elastic

b)

External force

c)

inertia

d)

Inelastic

82.

A collision where an object is not deformed or generates heat

a)

Bouncing

b)

External force

c)

Impulse

d)

Elastic

83.

Indicates a hire impulse that if it doesn’t do this

a)

Impact

b)

Impulse

c)

Conserved

d)

Bouncing

84.

A force measured in newtons when objects collide

a)

Inertia

b)

Impact

c)

External force

d)

Impulse

85.

A change in momentum or force times time

a)

Impact

b)

Impulse

c)

External force

d)

inertia

86.

Must be absent to obey the law of conservation of momentum

a)

Impact time

b)

Inertia

c)

External force

d)

Impact

87.

Collision and which objects stick together

a)

Elastic

b)

Inelastic

c)

Conserved

d)

Bouncing

88.

Momentum is conserved even when interacting objects to move along the same straight line

a)

True

b)

false

89.

Most of the energy available to all earth processes come from

a)

Fossil fuels

b)

The sun

c)

Food

d)

Cosmic radiation

90.

Which of these are units of work

a)

Newton meter

b)

Joule

c)

Watt

91.

Which is a unit of power

a)

Watt

b)

Joules per second

c)

Kilojoule

d)

All

92.

The English unit of power is

a)

Horsepower

b)

Foot pound

c)

Yard labor

d)

Watt

93.

Anything that has moving parts is a form of what kind of energy

a)

Heat

b)

Mechanical

c)

Light

d)

Wind

94.

Stored energy is known as

a)

Chemical energy

b)

Electric energy

c)

Potential energy

d)

All

95.

Energy of moving objects is known as

a)

Kinetic energy

b)

Potential energy

c)

Heat energy

d)

None of them

96.

What is an example of potential energy

a)

Chemical bonds

b)

Fossil fuels

c)

Batteries

d)

All of the above

97.

Increasing the speed of an object increases its

a)

Mass

b)

Potential energy

c)

Height

d)

Kinetic energy

98.

Most of the energy that is not useful and the machine is changed to

a)

Chemical energy

b)

Potential energy

c)

Heat energy

d)

All of the above

99.

Machine does which of the following

a)

multiplies force

b)

Changes the direction of a force

c)

Increase the speed

d)

All of the above

100.

the force applied to a machine like a lever is called the

a)

Potential force

b)

Effort force

c)

Acceleration force

d)

Resistance force

101.

In a wheel barrow the resistance force is

a)

The handles

b)

The wheel

c)

The weight

d)

None

102.

Involves second and third class levers the fulcrum is located in

a)

The middle

b)

On one end

c)

On the resistance end

d)

On the effort end

103.

A first class lever can gain greater force of the effort bar is

a)

Shorter

b)

Close to the fulcrum

c)

Closer to the resistance

d)

Longer

104.

The advantage of a third class lover is to

a)

Gain force

b)

Decrease speed

c)

Increase speed

d)

Decrease force

105.

Enable Snapchat today work

a)

Power

b)

Machine

c)

Efficiency

d)

Energy

106.

The point around which a lever turns

a)

Mechanical advantage

b)

Fulcrum

c)

Power

d)

Efficiency

107.

Energy of motion

a)

Kinetic energy

b)

Potential energy

c)

Mechanical advantage

d)

Energy

108.

Device which changes direction or Force

a)

Fulcrum

b)

Machine

c)

Mechanical advantage

d)

Potential energy

109.

Ratio of output force to input force

a)

Kinetic energy

b)

Power

c)

Mechanical advantage

d)

Efficiency

110.

Energy of position

a)

Potential energy

b)

Mechanical advantage

c)

Kinetic energy

d)

Chemical energy

111.

Rate at which work is done

a)

watt

b)

Power

c)

Energy

d)

Work

112.

Ratio of useful work to total work

a)

Work

b)

Power

c)

Efficiency

d)

Energy

113.

Objects that move around an external axis

a)

Revolution

b)

Centripetal force

c)

Centrifugal force

d)

Rotation

114.

Straight line around which rotation takes place

a)

Axis

b)

Rotation

c)

Linear speed

d)

Tangential speed

115.

Distance moved per time

a)

Linear speed

b)

Tangential speed

c)

Rotational speed

d)

Rotation

116.

Outward force due to circular motion

a)

Centrifugal force

b)

Rotational speed

c)

Revolution

d)

Centripetal force

117.

Objects moving around an internal axis

a)

Rotation

b)

Revolution

c)

Rotational speed

d)

Tangential speed

118.

Speed of object moving in circle

a)

Rotation

b)

Tangential speed

c)

Rotational speed

d)

Revolution

119.

Inward force causing objects to move in a circle

a)

Centrifugal force

b)

Rotation

c)

Centripetal force

d)

Revolution

120.

Number of rotations per unit of town

a)

Rotational speed

b)

Tangential speed

c)

Linear speed

d)

Centrifugal force

121.

Does the earth rotate or revolve around the sun

a)

Rotate

b)

Revolve

122.

Does the earth rotate or revolve on it’s axis

a)

Rotate

b)

Revolve

123.

Must be applied to cause torque

a)

Lever arm

b)

Force

c)

Balance

d)

Linear momentum

124.

The distance from the axis to work force is applied

a)

Rotational inertia

b)

Angular momentum

c)

Rotational velocity

d)

Lever arm

125.

The inertia of rotating objects causes

a)

Rotational velocity

b)

Angular momentum

c)

Linear momentum

d)

Rotational inertia

126.

Occurs when a force is applied with leverage

a)

Rotational inertia

b)

Torque

c)

Rotational velocity

127.

Resistance of an object to changes and its rotational momentum

a)

Rotational inertia

b)

linear momentum

c)

Angular momentum

d)

Rotational velocity

128.

Occurs in all objects that have inertia

a)

Angular momentum

b)

Linear momentum

c)

Rotational inertia

d)

Rotational velocity

129.

A right angle push or pull

a)

Perpendicular

b)

Balance

c)

Force

130.

Direction assigned to rotational speed

a)

Perpendicular

b)

Rotational velocity

c)

Rotational inertia

131.

A long pendulum has more_______ then a short pendulum

a)

Rotational velocity

b)

Balanced forces

c)

Perpendicular force

132.

Torque

a)

Mass times radius squared

b)

Distance times rotational inertia

c)

Force times lever arm length

d)

Rotational velocity times rotational inertia

133.

How long pendulum has more rotational Inertia that a short but pendulum because of its

a)

Rotation of velocity

b)

Rotational speed

c)

linear motion

d)

Mass

134.

Rotational inertia of the human body is least about the

a)

Transverse axis

b)

Median access

c)

Rotational axis

d)

Longitudinal axis

135.

Angular momentum

a)

I=mvr

b)

I=mr^2

c)

I=cgm

d)

I=f•d

136.

What law is this? If no unbalanced external torque acts on a rotating system the angular momentum of that system is constant

a)

Law of conservation of energy

b)

Law of inertia

c)

Law of conservation of angular momentum

d)

Newtons third law

137.

A flashing light clock at high-speed would make a

a)

Horizontal line

b)

Perpendicular line

c)

Straight line

d)

Diagonal line

138.

Space and time are

a)

Different

b)

Relative

c)

Close

139.

what way does time travel

a)

Forward

b)

Backwards

c)

Both

140.

What is the speed of light

a)

186,000 mi/sec

b)

190,000 mi/sec

c)

189,000 mi/sec

d)

170,000 mi/sec

141.

The point located at the objects average position of weight

a)

Center of gravity

b)

Neither

c)

Center of mass

142.

Are the center of gravity and center of mass equal

a)

Yes

b)

No

143.

Objects that cannot be balanced

a)

Unstable equilibrium

b)

stable equilibrium

c)

Neutral equilibrium

144.

Objects that can Be tilted or moved at any angle and remain stable

a)

Unstable equilibrium

b)

stable equilibrium

c)

Neutral equilibrium

145.

Objects that can Be moved around and does not change the center of gravity

a)

Unstable equilibrium

b)

stable equilibrium

c)

Neutral equilibrium