Force and Motion Quiz
Do you know what Newton’s First Law of Motion is? Or what types of forces are at work in an actionreaction pair? If not, don’t worry! You can test your knowledge with this quiz. We will ask you questions about various concepts related to forces and motion. Once you have completed the quiz, be sure to check out the answers so that you can see how well you did. Good luck!

1 What Is Newton's First Law Of Motion?

An object in motion will stay in motion until another force acts upon it

An object at rest will stay at rest until another force acts upon it

For every action, there is an equal and opposite reaction

Force is equal to mass times acceleration
Correct!Wrong! 

2 What Type Of Forces Are At Work In An Actionreaction Pair?

Magnetic forces

Gravitational forces

Mechanical forces

Balanced forces
Correct!Wrong! 

3 What Is The Difference Between Momentum And Inertia?

Momentum relates to mass while inertia relates to acceleration

Momentum relates to velocity while inertia relates to mass

Momentum relates to acceleration while inertia relates to velocity

Momentum and inertia are the same thing
Correct!Wrong! 

4 What Is The Formula For Calculating Force?

Force = Mass x Velocity

Force = Mass x Acceleration

Force = Velocity x Acceleration

Force = Mass + Acceleration
Correct!Wrong! 

5 What Is The Formula For Calculating Work?

Work = Velocity x Distance

Work = Force x Distance

Work = Mass + Distance

Work = Force x Acceleration
Correct!Wrong! 

6 How Is Force Related To Energy?

Force is the same as energy

Force is a measure of energy per mass

Energy is a measurement of force over time

Energy is a measure of force per distance
Correct!Wrong! 

7 What Is The Relationship Between Force And Acceleration?

Force causes acceleration

Acceleration causes force

Force and acceleration are unrelated

They both have an equal effect on one another
Correct!Wrong! 

8 What Does Friction Create?

Sound

Light

Heat

Pressure
Correct!Wrong! 

9 What is Newton's Third Law of Motion?

An object in motion will stay in motion until another force acts upon it

An object at rest will stay at rest until another force acts upon it

For every action, there is an equal and opposite reaction

Force is equal to mass times acceleration
Correct!Wrong! 

10 What Is The Formula For Calculating Acceleration?

Acceleration = Force x Distance

Acceleration = Mass ÷ Velocity

Acceleration = Velocity x Time

Acceleration = Force ÷ Mass
Correct!Wrong! 
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