Collision Types Quiz

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Collision concepts

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OLIVAR, MARYJOY P.

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Froggy Jumps Collision Types QuizVersión en línea Collision concepts por OLIVAR, MARYJOY P. 1 What defines an elastic collision? a Objects stick together after collision b Kinetic energy is conserved c Momentum is not conserved 2 In an inelastic collision, which quantity is not necessarily conserved? a Kinetic energy b Momentum c Mass 3 What is a perfectly inelastic collision? a Kinetic energy is conserved exactly b Objects bounce apart with equal speeds c Objects stick together and move with a common velocity 4 The coefficient of restitution (e) equals what? a Relative speed after collision divided by relative speed before collision b Relative momentum after collision divided by before c Energy lost divided by energy before 5 For equal masses in a head-on elastic collision, what happens? a They stop completely b They exchange velocities c Both come to rest 6 What typically happens to kinetic energy in a perfectly inelastic collision? a Kinetic energy increases b Kinetic energy is fully conserved c Some kinetic energy is converted to deformation or heat 7 Which quantity remains conserved in all closed-system collisions? a Momentum b Temperature c Kinetic energy 8 Which real-world example illustrates an inelastic collision? a Car crash where cars deform and stick together b Two billiard balls hitting and bouncing off c A ball rebounding from a wall with no loss 9 How does the relative velocity change in a perfectly elastic collision? a It increases b It is reversed with the same magnitude c It becomes zero 10 What is a key difference between elastic and inelastic collisions? a Elastic conserves KE; inelastic does not b Elastic involves sticking; inelastic involves bouncing c Elastic conserves momentum only; inelastic does not

Froggy Jumps

Collision Types QuizVersión en línea

Collision concepts

por OLIVAR, MARYJOY P.

What defines an elastic collision?

Objects stick together after collision

Kinetic energy is conserved

Momentum is not conserved

In an inelastic collision, which quantity is not necessarily conserved?

Kinetic energy

Momentum

Mass

What is a perfectly inelastic collision?

Kinetic energy is conserved exactly

Objects bounce apart with equal speeds

Objects stick together and move with a common velocity

The coefficient of restitution (e) equals what?

Relative speed after collision divided by relative speed before collision

Relative momentum after collision divided by before

Energy lost divided by energy before

For equal masses in a head-on elastic collision, what happens?

They stop completely

They exchange velocities

Both come to rest

What typically happens to kinetic energy in a perfectly inelastic collision?

Kinetic energy increases

Kinetic energy is fully conserved

Some kinetic energy is converted to deformation or heat

Which quantity remains conserved in all closed-system collisions?

Momentum

Temperature

Kinetic energy

Which real-world example illustrates an inelastic collision?

Car crash where cars deform and stick together

Two billiard balls hitting and bouncing off

A ball rebounding from a wall with no loss

How does the relative velocity change in a perfectly elastic collision?

It increases

It is reversed with the same magnitude

It becomes zero

What is a key difference between elastic and inelastic collisions?

Elastic conserves KE; inelastic does not

Elastic involves sticking; inelastic involves bouncing

Elastic conserves momentum only; inelastic does not

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Collision Types Quiz

Froggy Jumps

Sobre esta actividad

Creada por

Descarga la versión para jugar en papel

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Collision Types QuizVersión en línea

por OLIVAR, MARYJOY P.

What defines an elastic collision?

In an inelastic collision, which quantity is not necessarily conserved?

What is a perfectly inelastic collision?

The coefficient of restitution (e) equals what?

For equal masses in a head-on elastic collision, what happens?

What typically happens to kinetic energy in a perfectly inelastic collision?

Which quantity remains conserved in all closed-system collisions?

Which real-world example illustrates an inelastic collision?

How does the relative velocity change in a perfectly elastic collision?

What is a key difference between elastic and inelastic collisions?

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