Kinetic & Potential Energy Worksheet

Last updated over 5 years ago

44 questions

Library

Kinetic & Potential Energy Worksheet

Last updated over 5 years ago

44 questions

1

Use the PE equation and list out what each variable equals.

1

Use the PE equation and list out what each variable equals.

1

Energy cannot be _ or _.

1

Energy can only be ___.

1

K

P

K

P

K

P

K

P

K

P

K

P

K

P

K

P

K

P

K

P

Name an example of Kinetic Energy in your home

Name an example of Potential Energy in your home

The slower the object is, the more kinetic energy it has.

True

False

The lower the object is, the more potential energy it has.

True

False

The units for energy is

Meters per second

Kilograms

Meters

Joules

The ball has ___ energy.

Kinetic

Potential

Use the KE or PE equation and list out what each variable equals.

The carriage has ___ energy.

Kinetic

Potential

Use the KE or PE equation and list out what each variable equals.

The car has ___ energy.

Kinetic

Potential

Use the KE or PE equation and list out what each variable equals.

The block has ___ energy.

Kinetic

Potential

Use the KE or PE equation and list out what each variable equals.

The roller coaster has ___ energy.

Kinetic

Potential

Use the KE or PE equation and list out what each variable equals.

The bell has ___ energy.

Kinetic

Potential

Use the KE or PE equation and list out what each variable equals.

Use the KE equation and list out what each variable equals.

The new speed is 40 m/s. What is the new KE?

Use the PE equation and list out what each variable equals.

Energy cannot be _ or _.

Energy can only be ___.

The distance between the coaster and the Earth ___.

increases

decreases

Resulting in an increase of ___ energy.

Kinetic

Potential

When you move down the hill, you ___ your speed.

increase

decrease

This results in a transformation from _ energy to _ energy.

potential, kinetic

kinetic, potential

At the bottom of the hill, when the coaster is at its highest speed, it has the most ___ energy.

Kinetic

Potential

When the coaster moves up the loop, slowing down, the energy transforms from _ energy to _ energy.

potential, kinetic

kinetic, potential

When objects speed up, _ energy transforms into _ energy.

potential, kinetic

kinetic, potential

When objects slow down, _ energy transforms into _ energy.

potential, kinetic

kinetic, potential

P

P

P

P

P

P

P

P

P

P

The slower the object is, the more kinetic energy it has.

True

False

The lower the object is, the more potential energy it has.

True

False

The units for energy is

Meters per second

Kilograms

Meters

Joules

The ball has ___ energy.

Kinetic

Potential

The carriage has ___ energy.

Kinetic

Potential

The car has ___ energy.

Kinetic

Potential

The block has ___ energy.

Kinetic

Potential

The roller coaster has ___ energy.

Kinetic

Potential

The bell has ___ energy.

Kinetic

Potential

The distance between the coaster and the Earth ___.

increases

decreases

Resulting in an increase of ___ energy.

Kinetic

Potential

When you move down the hill, you ___ your speed.

increase

decrease

This results in a transformation from ___ energy to ___ energy.

potential, kinetic

kinetic, potential

At the bottom of the hill, when the coaster is at its highest speed, it has the most ___ energy.

Kinetic

Potential

When the coaster moves up the loop, slowing down, the energy transforms from ___ energy to ___ energy.

potential, kinetic

kinetic, potential

When objects speed up, ___ energy transforms into ___ energy.

potential, kinetic

kinetic, potential

When objects slow down, ___ energy transforms into ___ energy.

potential, kinetic

kinetic, potential

Kinetic & Potential Energy Worksheet

Kinetic & Potential Energy Worksheet

Name an example of Kinetic Energy in your home

Name an example of Kinetic Energy in your home

Name an example of Potential Energy in your home

Name an example of Potential Energy in your home

Use the KE or PE equation and list out what each variable equals.

Use the KE or PE equation and list out what each variable equals.

Use the KE or PE equation and list out what each variable equals.

Use the KE or PE equation and list out what each variable equals.

Use the KE or PE equation and list out what each variable equals.

Use the KE or PE equation and list out what each variable equals.

Use the KE equation and list out what each variable equals.

The new speed is 40 m/s. What is the new KE?

Use the PE equation and list out what each variable equals.

Use the PE equation and list out what each variable equals.

Use the PE equation and list out what each variable equals.

Energy cannot be ___ or ___.

Energy can only be ___.

Name an example of Kinetic Energy in your home

Name an example of Kinetic Energy in your home

Name an example of Potential Energy in your home

Name an example of Potential Energy in your home

The slower the object is, the more kinetic energy it has.

The lower the object is, the more potential energy it has.

The units for energy is

The ball has ___ energy.

Use the KE or PE equation and list out what each variable equals.

The carriage has ___ energy.

Use the KE or PE equation and list out what each variable equals.

The car has ___ energy.

Use the KE or PE equation and list out what each variable equals.

The block has ___ energy.

Use the KE or PE equation and list out what each variable equals.

The roller coaster has ___ energy.

Use the KE or PE equation and list out what each variable equals.

The bell has ___ energy.

Use the KE or PE equation and list out what each variable equals.

Use the KE equation and list out what each variable equals.

The new speed is 40 m/s. What is the new KE?

Use the PE equation and list out what each variable equals.

Use the PE equation and list out what each variable equals.

Use the PE equation and list out what each variable equals.

Energy cannot be ___ or ___.

Energy can only be ___.

The distance between the coaster and the Earth ___.

Resulting in an increase of ___ energy.

When you move down the hill, you ___ your speed.

This results in a transformation from ___ energy to ___ energy.

At the bottom of the hill, when the coaster is at its highest speed, it has the most ___ energy.

When the coaster moves up the loop, slowing down, the energy transforms from ___ energy to ___ energy.

When objects speed up, ___ energy transforms into ___ energy.

When objects slow down, ___ energy transforms into ___ energy.

Energy cannot be _ or _.

Energy cannot be _ or _.

This results in a transformation from _ energy to _ energy.

When the coaster moves up the loop, slowing down, the energy transforms from _ energy to _ energy.

When objects speed up, _ energy transforms into _ energy.

When objects slow down, _ energy transforms into _ energy.