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100

This is m____________ energy.

motion, movement (mechanical)

100

This is e__________ energy.

electric

100
This is l_________ energy.

light

100

Thermal energy is also known as _______ energy.

heat

100

sound energy travels in _____?

waves

200

___________ is the energy from an object's position (it could fall or move)

potential

200

Why is electricity considered energy?

it allows us to do work

200

Name three sources of light.

sun, stars, lightbulb, fire, etc.

200

What thermal energy does Mr. Conley use every morning?

coffee pot

200

What is it called when objects (like guitar strings or our paper cup telephones) move back and forth quickly?

vibrations

300

In our classroom, what would be an example of mechanical energy?

classmates or teachers moving around, fish tank pumping water, etc. 

300

In our classroom, what would be an example of electrical energy?

light switch, chromebook chargers, fish tank pump, etc. 

300

In our classroom, what would be an example of light energy?

classroom lights, chromebook, projector, sunlight, etc.

300

In our classroom, what would be an example of thermal energy?

chromebooks, lightbulbs, sunlight in window, etc.

300

In our classroom, what would be an example of sound?

classmates talking, teacher talking, desk moving, etc. 

400

___________energy is when it is actually moving

kinetic

400

How can electricity transfer energy?

light switch turns on lights, chromebook gets hot, etc.

400

How does light travel?

in waves

400

Name one producer of heat.

oven, stove, grill, etc

400

Why can't sound travel through?

space

500

Give an example of potential energy that turns to kinetic energy

bow and arrow, rubber band, roller coaster, CJ standing on chair, Eagles football, etc.

500

What is static electricity?

when electrons "jump" from one object to another (touching a doorknob ; lightning)

500

How can light transform into another type of energy? (Think about touching a lightbulb)

it transfers to heat

500

Thermal energy comes from moving __________ (think microwave). Faster movement = more heat energy

particles/molecules

500

How are sound waves like the ripple of water if you throw a rock in a lake?

when something vibrates, it shakes the molecules around it and it continues like a chain reaction

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