Potential & Kinetic Energy

Presentation

•

Science

•

9th - 12th Grade

•

Practice Problem

•

Easy

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NGSS.MS-PS3-1, NGSS.MS-PS3-2, work; force; power; mass/ weight; types of energy

Standards-aligned

ALLISON MINTEER

Used 1+ times

FREE Resource

14 Slides • 22 Questions

Dropdown

Classical mechanics involves the study of moving objects which includes,

and

energy.

Multiple Choice

Which of the following statements about kinetic energy is correct?

Kinetic energy increases as the speed of an object increases.

Kinetic energy decreases as the mass of an object increases.

Only living things can have kinetic energy.

Kinetic energy is not related to motion.

Multiple Choice

Which of the following best describes kinetic energy?

Energy stored due to position

Energy of motion

Energy released during a chemical reaction

Energy from the sun

Potential and Kinetic Energy transform into one another due to the position of the moving object.

The rollercoaster car has 100% Potential energy at the tip of the hill and as the car coasts down the hill the energy transforms into Kinetic Energy.

The bottom of the hill has the highest Kinetic Energy.

Potential Energy transforms to Kinetic Energy

Hotspot

Click the dot that has the greatest kinetic energy.

Hotspot

Click the dot that has the greatest gravitational potential energy.

Fill in the Blanks

Multiple Choice

A 3 kg baseball and a 1 kg wiffle ball are both moving at 30 m/s. Which has more kinetic energy and why?

The baseball, because it has more mass.

The wiffle ball, because it is lighter.

Both have the same kinetic energy because their velocities are equal.

Neither, because kinetic energy does not depend on mass.

Multiple Choice

Which skier has the greatest kinetic energy?

Skier A

Skier B

Skier C

Skier D

Drag and Drop

As an objects mass increases, the kinetic energy of that object also

Drag these tiles and drop them in the correct blank above

increases.

decreases

stays the same

Dropdown

increase of the velocity of an object will cause a

increase in the objects kinetic energy.

Multiple Select

Which of the following statements are true about the relationship between mass, velocity, and kinetic energy? Choose all that apply.

Kinetic energy increases linearly with mass if velocity is constant.

Kinetic energy increases exponentially with velocity if mass is constant.

Doubling the mass doubles the kinetic energy if velocity is constant.

Doubling the velocity doubles the kinetic energy if mass is constant.

Multiple Choice

Which of the following is an example of potential energy?

A moving car on a highway

A stretched rubber band

A burning candle

A running dog

Multiple Choice

What are the two specific types of potential energy mentioned in the lesson?

Thermal and kinetic

Gravitational and elastic

Chemical and nuclear

Sound and light

Hotspot

In which shelf would the books have the most gravitational potential energy?

Multiple Choice

Where would a person have to be located to have the minimum gravitational potential energy?

up on the roof

down in the basement

in the middle

outside

Multiple Select

Which of the following factors affect the gravitational potential energy of an object?

Mass

Gravity

Height

Temperature

Drag and Drop

Raising an object must also raise its

Drag these tiles and drop them in the correct blank above

gravitational potential energy

kinetic energy

internal energy

heat energy

Multiple Choice

Which Apple has the greatest Gravitational Potential Energy?

Apple A

Apple B

Apple C

Apple D

Multiple Select

Elastic potential energy can be stored in which of the following objects? Select all that apply.

Rubber bands

Bungee cords

Springs

Metal rods

Multiple Choice

What type of energy is the girl storing in the bow?

Light Energy

Elastic Potential Energy

Chemical Potential Energy

Thermal Energy

Drag and Drop

The energy of stretched or compressed objects is:

Drag these tiles and drop them in the correct blank above

elastic potential energy

force

weight

kinetic energy

Multiple Choice

Which of the following statements best describes the equilibrium position of an elastic material?

It is when the material is neither compressed nor stretched.

It is when the material is fully compressed.

It is when the material is fully stretched.

It is when the material has maximum elastic potential energy.

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