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Energy cannot be created nor destroyed Answer Back to Main Board

Matter cannot be created nor destroyed Back to Main Board Answer

Stored energy, like a skateboarder at the top of a ramp Back to Main Board Answer

The energy of motion Back to Main Board Answer

Burning, friction produces Back to Main Board Answer

Vibrations, thunder produces Back to Main Board Answer

Batteries, wood, gasoline are all Back to Main Board Answer

Generators produce Back to Main Board Answer

Simple machines and windmills are all Back to Main Board Answer

Energy is transferred by Back to Main Board Answer

Energy transferred through direct contact Back to Main Board Answer

Energy transferred in currents of liquids and gases Back to Main Board Answer

Energy transferred by waves through space Back to Main Board Answer

These prevent the transfer of energy Back to Main Board Answer

These help the transfer of energy Back to Main Board Answer

These waves must move through solids, liquids, or gases Back to Main Board Answer

These waves can travel through empty space Back to Main Board Answer

The matter through which a wave travels is called a Back to Main Board Answer

The top of the wave Back to Main Board Answer

The top of the wave Back to Main Board Answer

Wavelengths Back to Main Board Answer

The height of a wave Back to Main Board Answer

How many waves pass a given point in a given amount of time Back to Main Board Answer

What determines the color of a light wave? Back to Main Board Answer

We can separate sunlight into all different colors using a Back to Main Board Answer

Law of conservation of energy Back to Main Board

Law of conservation of matter Back to Main Board

Potential energy Back to Main Board

Kinetic energy Back to Main Board

Thermal energy Back to Main Board

Sound energy Back to Main Board

Chemical energy Back to Main Board

Electrical energy Back to Main Board

Mechanical energy Back to Main Board

Conduction, convection, radiation Back to Main Board

conduction Back to Main Board

convection Back to Main Board

radiation Back to Main Board

insulators Back to Main Board

conductors Back to Main Board

Mechanical waves Back to Main Board

Electromagnetic waves Back to Main Board

medium Back to Main Board

crest Back to Main Board

The bottom of a wave Back to Main Board

The distance between the crest of one wave, and the crest of the next wave Back to Main Board

amplitude Back to Main Board

frequency Back to Main Board

frequency Back to Main Board

prism Back to Main Board