Newton's Laws Challenge

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Test your understanding of Newton's laws.

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Doszhan Tolekov

Kazakhstan

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Froggy Jumps Newton's Laws ChallengeOnline version Test your understanding of Newton's laws. by Doszhan Tolekov 1 What does Newton's first law state? a For every action there is an equal and opposite reaction. b Force equals mass times acceleration. c An object at rest stays at rest, and an object in motion stays in motion unless acted upon by a net 2 What is the equation F = m·a called? a Newton's first law. b Newton's second law. c Newton's third law. 3 What does Newton's second law relate? a Force equals mass times acceleration. b For every action there is an equal and opposite reaction. c An object stays at rest unless acted on by a net force. 4 Which law explains action-reaction pairs? a Newton's first law. b Newton's second law. c Newton's third law. 5 If a net force acts on a mass, what happens to acceleration? a Acceleration depends only on mass. b Acceleration changes as a = F/m. c Acceleration is always zero. 6 In Newton's laws, what happens to an object in motion with no net force? a It must come to rest. b It continues moving at constant velocity. c It accelerates forever. 7 What is the relation between force, mass, and acceleration? a F = m·a. b F = m/g. c F = v·t. 8 Which law covers inertia? a Newton's first law. b Newton's second law. c Newton's third law. 9 If two equal and opposite forces act, what is the net force? a Net force equals the sum of magnitudes. b Zero net force. c Net force equals mass times acceleration. 10 What describes a body's resistance to changes in motion? a Momentum. b Kinetic energy. c Inertia.

Froggy Jumps

Newton's Laws ChallengeOnline version

Test your understanding of Newton's laws.

by Doszhan Tolekov

What does Newton's first law state?

For every action there is an equal and opposite reaction.

Force equals mass times acceleration.

An object at rest stays at rest, and an object in motion stays in motion unless acted upon by a net

What is the equation F = m·a called?

Newton's first law.

Newton's second law.

Newton's third law.

What does Newton's second law relate?

Force equals mass times acceleration.

For every action there is an equal and opposite reaction.

An object stays at rest unless acted on by a net force.

Which law explains action-reaction pairs?

Newton's first law.

Newton's second law.

Newton's third law.

If a net force acts on a mass, what happens to acceleration?

Acceleration depends only on mass.

Acceleration changes as a = F/m.

Acceleration is always zero.

In Newton's laws, what happens to an object in motion with no net force?

It must come to rest.

It continues moving at constant velocity.

It accelerates forever.

What is the relation between force, mass, and acceleration?

F = m·a.

F = m/g.

F = v·t.

Which law covers inertia?

Newton's first law.

Newton's second law.

Newton's third law.

If two equal and opposite forces act, what is the net force?

Net force equals the sum of magnitudes.

Zero net force.

Net force equals mass times acceleration.

What describes a body's resistance to changes in motion?

Momentum.

Kinetic energy.

Inertia.

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Newton's Laws Challenge

Froggy Jumps

About this activity

Created by

Download the paper version to play

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Newton's Laws ChallengeOnline version

by Doszhan Tolekov

What does Newton's first law state?

What is the equation F = m·a called?

What does Newton's second law relate?

Which law explains action-reaction pairs?

If a net force acts on a mass, what happens to acceleration?

In Newton's laws, what happens to an object in motion with no net force?

What is the relation between force, mass, and acceleration?

Which law covers inertia?

If two equal and opposite forces act, what is the net force?

What describes a body's resistance to changes in motion?

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