Force, Friction, Newton's Laws
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- 1.The type of force that includes charged particles and particles that attract and repel each other.
- A.
Nuclear force
- B.
Frictional force
- C.
Gravitational force
- D.
Electromagnetic force
- 2.
![The picture above is example of which kind of friction ______________________. - ProProfs]( "The picture above is example of which kind of friction ______________________.")
The picture above is example of which kind of friction ______________________.- A.
Fluid friction
- B.
Rolling friction
- C.
Sliding friction
- D.
Static friction
- 3.
![Which type of friction is the above picture an example of? - ProProfs]( "Which type of friction is the above picture an example of?")
Which type of friction is the above picture an example of?- A.
Fluid friction
- B.
Static friction
- C.
Rolling friction
- D.
Sliding friciton
- 4.
![What is the net force placed on the object above? - ProProfs]( "What is the net force placed on the object above?")
What is the net force placed on the object above?- A.
10 N
- B.
5 N
- C.
0
- 5.
![This is an example of what type of force___________________. - ProProfs]( "This is an example of what type of force___________________.")
This is an example of what type of force___________________.- A.
Balanced force
- B.
Unbalanced force
- 6.
![This is an example of what type of force? - ProProfs]( "This is an example of what type of force?")
This is an example of what type of force?- A.
Balanced force
- B.
Unbalanced force
- 7.
![What is the net force on the object? - ProProfs]( "What is the net force on the object?")
What is the net force on the object?- A.
8 N
- B.
2 N
- C.
2 M
- D.
8 M
- 8.A newton is
- A.
A metric unit used to measure distance
- B.
A metric unit used to measure acceleration
- C.
A metric unit used to measure force
- 9.Force that opposes motion between two surfaces
- A.
Newton
- B.
Friction
- C.
Inertia
- D.
Gravity
- 10.Resisting changes in your state of motion
- A.
Force
- B.
Inertia
- C.
Friction
- D.
Mass
- 11.Amount of matter the object contains
- A.
Weight
- B.
Force
- C.
Mass
- D.
Gravity
- 12.A push or pull that one object exerts on another
- A.
Friction
- B.
Gravity
- C.
Force
- D.
Inertia
- 13.Measure of force of gravity acting on an object
- A.
Weight
- B.
Mass
- C.
Inertia
- D.
Momentum
- 14.Is a product of an objects mass times its’ velocity (speed)
- A.
Acceleration
- B.
Gravity
- C.
Momentum
- D.
Inertia
- 15.Force of attraction between any two objects in the universe
- A.
Force
- B.
Friction
- C.
Gravity
- D.
Newton
- 16.What tool is used to measure force?
- A.
Scale
- B.
Spring scale
- C.
Triple beam balance scale
- D.
Digital scale
- 17.The change of motion of an object depends on the size of the force and the mass of the object
- A.
Newton’s Law of Universal Gravitation
- B.
Momentum Law (Third Law)
- C.
Law of Inertia (First Law)
- D.
Acceleration Law (Second Law) Acceleration Law (Second Law) Acceleration Law (Second Law)
- 18.States that every object in the universe attracts every other object in the universe
- A.
Newton’s Law of Universal Gravitation
- B.
Momentum Law (Third Law)
- C.
Law of Inertia (First Law)
- D.
Acceleration Law (Second Law) Acceleration Law (Second Law)
- 19.An object at rest tends to stay at rest and an object in motion tends to stay in motion with the same speed and in the same direction unless acted upon
- A.
Newton’s Law of Universal Gravitation
- B.
Momentum Law (Third Law)
- C.
Law of Inertia (First Law)
- D.
Acceleration Law (Second Law) Acceleration Law (Second Law)
- 20.For every action, there is an equal and opposite reaction.”
- A.
Newton’s Law of Universal Gravitation
- B.
Momentum Law (Third Law)
- C.
Law of Inertia (First Law)
- D.
Acceleration Law (Second Law) Acceleration Law (Second Law) Acceleration Law (Second Law) Acceleration Law (Second Law)
.gif "This is an example of what type of force___________________.")
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