Inertia & Collisions Quiz

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True/False on inertia and collisions.

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Hadeel Hamid

Kuwait

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Inertia & Collisions Quiz


Inertia & Collisions QuizOnline version True/False on inertia and collisions. by Hadeel Hamid 1 A car crash is an example of a collision. Yes No 2 To change inertia, a force must act upon an object. Yes No 3 In a collision, the forces on two objects are equal in strength but opposite in direction. Yes No 4 Noncontact forces are the only forces involved in a collision. Yes No 5 Energy conservation does not apply to collisions at all. Yes No 6 When the car collides with a large wood block, the car’s motion can stop. Yes No 7 The red block immediately comes to a stop after the collision. Yes No 8 Collisions always involve both objects changing speed in the same way. Yes No 9 Energy is never transferred during a collision. Yes No 10 Inertia is the tendency of an object in motion to stay in motion. Yes No 11 Inertia makes objects resist changes in their state of motion during a collision. Yes No 12 Inertia only affects stationary objects; moving objects do not experience inertia. Yes No 13 An object in motion tends to stay in motion unless acted on by a net external force. Yes No 14 In a perfectly inelastic collision, momentum is conserved but kinetic energy is not necessarily conserved. Yes No 15 A more massive object has greater inertia and tends to resist changes in velocity more than a lighter object. Yes No 16 Inertia causes objects to always come to rest after a collision. Yes No 17 External forces are never involved in a collision, so momentum is always conserved for any system. Yes No 18 During any collision, total kinetic energy is always conserved. Yes No 19 During a collision, the total momentum of the system is conserved if external forces are negligible. Yes No 20 A lighter object always exerts more impulse than a heavier object in a head-on collision. Yes No 21 All collisions involve only contact forces; noncontact forces never participate. Yes No 22 The direction of the forces during collision are the same. Yes No 23 Inertia is the tendency of an object in motion to stay in motion and an object at rest to stay at rest. Yes No 24 The red block would stop immediately after impact regardless of its inertia. Yes No 25 Inertia can be changed without any force acting on the object. Yes No 26 The car and the block exert unequal forces on each other in the collision. Yes No 27 During the collision, the two forces are equal in strength but opposite in direction. Yes No 28 The red block continues to move forward after impact because of its inertia. Yes No 29 The car's motion can be stopped by the force from the large block in the collision. Yes No 30 To change inertia, a force must act upon an object. Yes No

Inertia & Collisions Quiz

Yes or No

About this activity

Created by

Download the paper version to play

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Inertia & Collisions QuizOnline version

by Hadeel Hamid

A car crash is an example of a collision.

To change inertia, a force must act upon an object.

In a collision, the forces on two objects are equal in strength but opposite in direction.

Noncontact forces are the only forces involved in a collision.

Energy conservation does not apply to collisions at all.

When the car collides with a large wood block, the car’s motion can stop.

The red block immediately comes to a stop after the collision.

Collisions always involve both objects changing speed in the same way.

Energy is never transferred during a collision.

Inertia is the tendency of an object in motion to stay in motion.

Inertia makes objects resist changes in their state of motion during a collision.

Inertia only affects stationary objects; moving objects do not experience inertia.

An object in motion tends to stay in motion unless acted on by a net external force.

In a perfectly inelastic collision, momentum is conserved but kinetic energy is not necessarily conserved.

A more massive object has greater inertia and tends to resist changes in velocity more than a lighter object.

Inertia causes objects to always come to rest after a collision.

External forces are never involved in a collision, so momentum is always conserved for any system.

During any collision, total kinetic energy is always conserved.

During a collision, the total momentum of the system is conserved if external forces are negligible.

A lighter object always exerts more impulse than a heavier object in a head-on collision.

All collisions involve only contact forces; noncontact forces never participate.

The direction of the forces during collision are the same.

Inertia is the tendency of an object in motion to stay in motion and an object at rest to stay at rest.

The red block would stop immediately after impact regardless of its inertia.

Inertia can be changed without any force acting on the object.

The car and the block exert unequal forces on each other in the collision.

During the collision, the two forces are equal in strength but opposite in direction.

The red block continues to move forward after impact because of its inertia.

The car's motion can be stopped by the force from the large block in the collision.

To change inertia, a force must act upon an object.