Newton's Second Law Quiz

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Test your understanding of F = ma

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Jhaeriena Sumaoang

Philippines

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Froggy Jumps Newton's Second Law QuizOnline version Test your understanding of F = ma by Jhaeriena Sumaoang 1 What does F = ma explain about how acceleration changes with mass for a given force? a Acceleration is independent of mass for a given force b Higher mass -> lower acceleration c Higher mass -> higher acceleration 2 If a 4 kg cart experiences a 12 N net force, what is its acceleration? a 0.33 m/s2 b 48 m/s2 c 3 m/s2 3 What happens to a rocket’s acceleration as it burns fuel and loses mass while thrust stays the same? a Acceleration stays the same b Acceleration decreases c Acceleration increases 4 Which quantity is a vector and can change in speed or direction due to net force? a Mass b Acceleration c Displacement 5 A 5 kg block is pushed with 20 N. What is the acceleration? a 25 m/s2 b 0.25 m/s2 c 4 m/s2 6 What must be true for acceleration to occur? a A net (unbalanced) force acts on the object b All forces must be balanced c The mass must be zero 7 Doubling the applied force on the same mass does what to acceleration? a Halves the acceleration b Doubles the acceleration c Keeps acceleration the same 8 What unit is defined as the force to accelerate 1 kg at 1 m/s2? a Joule (J) b Newton (N) c Pascal (Pa) 9 Why do heavier objects require more force to achieve the same acceleration? a Mass resists changes in motion b Mass increases with force c Weight increases resistance 10 Which best describes the relation between force and acceleration? a Directly proportional to mass, inversely to force b Independent of mass and force c Directly proportional to net force, inversely proportional to mass

Froggy Jumps

Newton's Second Law QuizOnline version

Test your understanding of F = ma

by Jhaeriena Sumaoang

What does F = ma explain about how acceleration changes with mass for a given force?

Acceleration is independent of mass for a given force

Higher mass -> lower acceleration

Higher mass -> higher acceleration

If a 4 kg cart experiences a 12 N net force, what is its acceleration?

0.33 m/s2

48 m/s2

3 m/s2

What happens to a rocket’s acceleration as it burns fuel and loses mass while thrust stays the same?

Acceleration stays the same

Acceleration decreases

Acceleration increases

Which quantity is a vector and can change in speed or direction due to net force?

Mass

Acceleration

Displacement

A 5 kg block is pushed with 20 N. What is the acceleration?

25 m/s2

0.25 m/s2

4 m/s2

What must be true for acceleration to occur?

A net (unbalanced) force acts on the object

All forces must be balanced

The mass must be zero

Doubling the applied force on the same mass does what to acceleration?

Halves the acceleration

Doubles the acceleration

Keeps acceleration the same

What unit is defined as the force to accelerate 1 kg at 1 m/s2?

Joule (J)

Newton (N)

Pascal (Pa)

Why do heavier objects require more force to achieve the same acceleration?

Mass resists changes in motion

Mass increases with force

Weight increases resistance

Which best describes the relation between force and acceleration?

Directly proportional to mass, inversely to force

Independent of mass and force

Directly proportional to net force, inversely proportional to mass

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Newton's Second Law Quiz

Froggy Jumps

About this activity

Created by

Download the paper version to play

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Newton's Second Law QuizOnline version

by Jhaeriena Sumaoang

What does F = ma explain about how acceleration changes with mass for a given force?

If a 4 kg cart experiences a 12 N net force, what is its acceleration?

What happens to a rocket’s acceleration as it burns fuel and loses mass while thrust stays the same?

Which quantity is a vector and can change in speed or direction due to net force?

A 5 kg block is pushed with 20 N. What is the acceleration?

What must be true for acceleration to occur?

Doubling the applied force on the same mass does what to acceleration?

What unit is defined as the force to accelerate 1 kg at 1 m/s2?

Why do heavier objects require more force to achieve the same acceleration?

Which best describes the relation between force and acceleration?

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