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Physical Science: Investigating Forces and Motion

Total questions: 13

Worksheet time: 59mins

Name
Class
Date
1-4.

1.

What is a force?

a)

A push, pull, or twist that causes movement

b)

A visible object

c)

A type of energy

d)

A type of matter

2.

What unit is used to measure force?

a)

Newton

b)

Kilogram

c)

Meter

d)

Joule

3.

How does gravity affect a swing that isn’t moving?

a)

It pulls the swing down

b)

It pushes the swing up

c)

It makes the swing move sideways

d)

It has no effect on the swing

4.

What happens to your weight on the moon compared to Earth?

a)

It becomes one-sixth of your weight on Earth

b)

It doubles

c)

It remains the same

d)

It becomes one-third of your weight on Earth

5-9.
5.

What is a lever used for in simple machines?

a)

To multiply the force put into a job

b)

To decrease the force needed for a job

c)

To increase the speed of a job

d)

To change the direction of force

6.

Which of the following is NOT a simple machine mentioned in the passage?

a)

Lever

b)

Pulley

c)

Bicycle

d)

Wedge

7.

How does a longer lever make work easier?

a)

By producing a greater turning force about the pivot

b)

By reducing the weight of the object

c)

By increasing the speed of the object

d)

By changing the direction of the force

8.

What happens to kinetic energy when brakes are applied on a bike?

a)

It is converted into heat energy

b)

It increases

c)

It remains the same

d)

It is converted into potential energy

9.

What force is responsible for slowing down a bike when brakes are applied?

a)

Friction

b)

Gravity

c)

Magnetism

d)

Air resistance

10-14.
10.

What is the definition of speed according to the passage?

a)

Distance per unit of time

b)

Speed in a specific direction

c)

Change in velocity over time

d)

Force created by acceleration

11.

How is velocity different from speed?

a)

Velocity includes direction, speed does not

b)

Velocity is measured in meters per second squared

c)

Velocity is the opposite of deceleration

d)

Velocity is only applicable to fighter pilots

12.

If a car travels 100 meters in 5 seconds in a straight line, what is its velocity?

a)

20 meters per second

b)

5 meters per second

c)

100 meters per second

d)

25 meters per second

13.

What happens to fighter pilots when they accelerate too fast?

a)

Blood runs from their heads to their legs

b)

Their skin becomes temporarily distorted

c)

They decelerate immediately

d)

They lose control of the plane

14.

Why do stunt pilots' faces become distorted during a loop-the-loop?

a)

Their skin is being accelerated

b)

They are wearing anti-g trousers

c)

They are decelerating rapidly

d)

Their planes are moving too slowly

15-19.
15.

What is the state of an object when all forces acting on it are balanced?

a)

Equilibrium

b)

Motion

c)

Acceleration

d)

Inertia

16.

Which of the following is an example of an object in equilibrium?

a)

A light hanging from the ceiling

b)

A car accelerating

c)

A ball rolling down a hill

d)

A person running

17.

What happens to an object when the forces acting on it are balanced?

a)

It stays still or continues its current motion

b)

It accelerates

c)

It changes direction

d)

It sinks

18.

What is the Grand Unified Theory (GUT) trying to achieve?

a)

Link all different forces together

b)

Explain the motion of planets

c)

Describe the behavior of light

d)

Understand the human brain

19.

Which force balances the weight of a floating boat?

a)

Upward thrust of the water

b)

Wind force

c)

Frictional force

d)

Magnetic force

20-24.
20.

What happens to an object when the forces on it are not balanced?

a)

It changes speed or direction

b)

It remains stationary

c)

It explodes

d)

It disappears

21.

When is a juggling ball's velocity greatest?

a)

When it leaves and approaches the hand

b)

At the top of its path

c)

When it is in your hand

d)

When it is on the ground

22.

What provides the force when a tennis ball is hit?

a)

The racquet

b)

The wind

c)

The player's hand

d)

The ground

23.

What happens to an object that is already moving when a force is applied?

a)

It changes direction, speeds up, or slows down

b)

It stops immediately

c)

It continues at the same speed

d)

It explodes

24.

What is the effect of a bigger force on an object?

a)

The object accelerates more

b)

The object decelerates

c)

The object remains stationary

d)

The object changes color

25-29.
25.

What is the speed at which gravity and air resistance balance out for a skydiver?

a)

195 km/h

b)

150 km/h

c)

200 km/h

d)

180 km/h

26.

How does friction help in walking?

a)

It provides grip between the ground and a person’s feet.

b)

It reduces the weight of a person.

c)

It increases the speed of walking.

d)

It makes the ground softer.

27.

Why do rock climbers wear sticky, flexible rubber shoes?

a)

To increase friction between their shoes and the rock.

b)

To make climbing more comfortable.

c)

To reduce the weight of their feet.

d)

To protect their feet from sharp rocks.

28.

What is the effect of friction between machine parts?

a)

It leads to wear and tear.

b)

It makes machines faster.

c)

It cools down the machine parts.

d)

It increases the efficiency of machines.

29.

Why do objects moving through water experience more friction than those in air?

a)

Water is denser than air.

b)

Water is colder than air.

c)

Water is more slippery than air.

d)

Water is heavier than air.

30-34.
30.

What is Newton's First Law of Motion also known as?

a)

Law of Inertia

b)

Law of Acceleration

c)

Law of Gravity

d)

Law of Motion

31.

According to Newton's Second Law of Motion, what happens when a force is applied to an object?

a)

The object moves in the direction of the force

b)

The object remains at rest

c)

The object moves in the opposite direction of the force

d)

The object moves in a circular path

32.

Why do leaves get blown around more than sticks according to Newton's Second Law?

a)

Leaves catch more wind, creating more force and motion

b)

Leaves are lighter than sticks

c)

Sticks are heavier and resist motion

d)

Leaves are more aerodynamic

33.

What branch of math did Newton start to aid his work?

a)

Calculus

b)

Algebra

c)

Geometry

d)

Trigonometry

34.

How does Dr. Trachette Jackson use calculus in her work?

a)

To study cancer cells

b)

To design bridges

c)

To calculate distances

d)

To predict weather patterns

35-39.
35.

What does Newton's Third Law of Motion state?

a)

For every action there is an equal and opposite reaction.

b)

Objects in motion stay in motion unless acted upon by an external force.

c)

Force equals mass times acceleration.

d)

Energy cannot be created or destroyed.

36.

How does the reaction force help a rocket propel through space?

a)

The rocket pushes burnt fuel out the back, and the burnt fuel pushes the rocket forward.

b)

The rocket's engines create a vacuum that pulls the rocket forward.

c)

The rocket uses magnetic fields to propel itself.

d)

The rocket relies on gravitational forces to move forward.

37.

Why do airplanes need a runway to take off?

a)

To gain enough speed for lift by allowing air to flow over and under the wings.

b)

To align with the wind direction for a smoother takeoff.

c)

To ensure the engines are at full power before takeoff.

d)

To check all systems are functioning properly before flight.

38.

Who were the first to invent rockets?

a)

The Chinese

b)

The Greeks

c)

The Egyptians

d)

The Romans

39.

What role does air pressure play in the lift of an airplane wing?

a)

Lower pressure on top of the wing and higher pressure below creates lift.

b)

Higher pressure on top of the wing and lower pressure below creates lift.

c)

Equal pressure on both sides of the wing creates lift.

d)

Air pressure has no effect on lift.

40-44.
40.

What is the primary function of gravity as described in the passage?

a)

To pull things together

b)

To push things apart

c)

To create mass

d)

To stop motion

41.

Who was the first person to realize that the force making the moon orbit Earth is the same force that makes things fall to Earth?

a)

Albert Einstein

b)

Isaac Newton

c)

Galileo Galilei

d)

Nikola Tesla

42.

What would happen to objects without gravity, according to the passage?

a)

They would float around in space

b)

They would fall to the center of the Earth

c)

They would become heavier

d)

They would stop moving

43.

Why do astronauts' bones get weaker in space?

a)

Because they are not used to gravity

b)

Because they are exposed to radiation

c)

Because they lack exercise

d)

Because they are not used to the absence of gravity

44.

According to the passage, where do objects fall towards on Earth?

a)

Towards the center of the Earth

b)

Towards the North Pole

c)

Towards the South Pole

d)

Towards the equator

45-49.
45.

What determines the size of the gravitational attraction between two objects?

a)

Their masses and the distance between them

b)

The color of the objects

c)

The speed of the objects

d)

The temperature of the objects

46.

Why is Earth's gravitational pull stronger than the pull between two pool balls?

a)

Because Earth has a much larger mass

b)

Because Earth is closer to the pool balls

c)

Because pool balls have no gravitational field

d)

Because Earth is made of different materials

47.

What happens to the gravitational attraction between two objects as the distance between them increases?

a)

It decreases

b)

It increases

c)

It stays the same

d)

It becomes zero

48.

Which force is NOT involved in performing an ollie on a skateboard?

a)

The rider's foot pushing down on the tail

b)

The ground's reaction when the tail hits the ground

c)

The rider's foot moving up the board

d)

The wind resistance

49.

What role does the rider's foot play in performing an ollie?

a)

It pushes down on the tail and moves up the board

b)

It only pushes down on the tail

c)

It only moves up the board

d)

It does not play any role

50-54.
50.

What materials are mentioned as being magnetic in the passage?

a)

Iron, steel, nickel, and cobalt

b)

Copper, aluminum, silver, and gold

c)

Plastic, wood, glass, and rubber

d)

Lead, zinc, tin, and brass

51.

How can the magnetic field around a magnet be visualized according to the passage?

a)

By using iron filings

b)

By using a compass

c)

By using a thermometer

d)

By using a voltmeter

52.

What happens when you break a permanent magnet in half?

a)

It becomes two smaller magnets, each with its own north and south poles

b)

The north and south poles disappear

c)

It loses its magnetic properties

d)

It becomes a single pole magnet

53.

Why does a compass needle point north according to the passage?

a)

Because Earth has its own magnetic field

b)

Because of the gravitational pull of the North Pole

c)

Because of the wind direction

d)

Because of the Earth's rotation

54.

What is the shape of a bar magnet as described in the passage?

a)

Long, thin rectangular shape

b)

Circular shape

c)

Square shape

d)

Triangular shape

55-58.
55.

What is electromagnetism?

a)

The study of electric and magnetic forces and their interactions

b)

A type of magnet that does not require electricity

c)

A device used to measure electric current

d)

A phenomenon unrelated to electricity

56.

How can an electromagnet be made stronger?

a)

By using a core of iron, like a nail

b)

By using a longer wire

c)

By reducing the electric current

d)

By using a plastic core

57.

Why do stereos make a buzzing noise when mobile phones are used near them?

a)

Because of electromagnetic interference

b)

Because the stereo is malfunctioning

c)

Because the phone is too close to the speakers

d)

Because of a weak battery in the stereo

58.

Which of the following devices uses electromagnets?

a)

Doorbells

b)

Televisions

c)

Refrigerators

d)

Washing machines

59-65.
59.

What is the rate of change of velocity called?

a)

Acceleration

b)

Deceleration

c)

Speed

d)

Inertia

60.

Which force acts against the movement of an object?

a)

Drag

b)

Gravity

c)

Friction

d)

Inertia

61.

What is the force that makes planets orbit the sun?

a)

Gravity

b)

Electromagnetism

c)

Magnetic Field

d)

Inertia

62.

What is the term for a simple machine that multiplies the force put into it?

a)

Levers

b)

Pivot

c)

Mass

d)

Newtons

63.

What is the unit of force?

a)

Newton

b)

Mass

c)

Velocity

d)

Speed

64.

What is the resistance to motion called?

a)

Inertia

b)

Friction

c)

Drag

d)

Equilibrium

65.

What is the area where magnetic force can be detected called?

a)

Magnetic Field

b)

Electromagnetism

c)

Gravity

d)

Pivot