This type of energy is the energy that is stored in an object for later use or due to its position (height/stretched/compressed).

This type of energy is the potential energy that is stored in an object and becomes usable as its molecules are broken down.

This type of energy is an object's potential energy + kinetic energy, and allows it to move another object.

This type of energy is stored in an atom's nucleus and is released during a nuclear reaction such as fission or fusion.

This type of energy is gained from the movement of the particles within an object. The faster the particles move, the more it has.

This type of energy can be potential or kinetic and always results from an electric charge

This type of energy travels across areas by waves allowing you to see light or use a cell phone.

Sling shot, bow and arrow, Jack-in-the-box, book on a shelf

These are all examples of which type of energy?

lightning, a lamp that is plugged in, static in clothes, power lines

These are all examples of which type of energy?

light, campfire, candle flame, sun's rays

These are all examples of which type of energy?

batteries, matches, food, gasoline

These are all examples of which type of energy?

hairdryer in use, oven turned on, working toaster, campfire

These are all examples of which type of energy?

bowling ball with pins, water in a dam, wind moving a turbine, truck with a trailer

These are all examples of which type of energy?

When one type of energy changes into another form of energy, a ______________ has occurred.

What states that energy is neither created nor destroyed, it is simply transferred?

Which book has the greatest potential energy?

Which book has the least potential energy?

Before the water flows through the dam and produces energy. It sits in a reservoir (lake). What type of energy is that?

As water flows through a dam, its movement causes turbines to spin. What type of energy transfer is this?

What type of energy is being used here?

This picture has many examples of objects with _______ energy.

The light is powered due energy transformations. Which is the correct order of energy transfer to light up the bulb?

What is the source of energy for this home?

What energy transformations take place in this coal power plant?

If the law of conservation of energy is true, all of the following are true EXCEPT...(choose 2)

At which point is the potential energy the greatest?

At which point is the kinetic energy the greatest?

What is the relationship between kinetic and potential energy as this rider goes down the hill?

What is the relationship between kinetic and potential energy as this rider is sitting on top the hill?