| A | B |
|---|
| Potetial Energy | energy that is stored |
| Kinetic Energy | the energy of motion. It depends on the mass and velocity of the object |
| Elastic Potential Energy | the energy found in springs and rubber bands.a kind of matter that easily changes volume and shape. |
| Mechanical Energy formula | potential energy and kinetic energy combined or added together |
| Chemical Energy | energy stored in the chemical bonds between atoms and molecules |
| Electromagnetic Energy | energy that travels in waves |
| Electrical Energy | the energy of electrical changes |
| Energy transformation | A change from one form of energy to another form of energy. |
| Power | the amount of energy transferred in a unit of time |
| Mechanical Energy | the energy an object has because of its position and its motion |
| Work | the transfer of energy |
| Law of Conservation of Energy | When energy changes form, energy is not lost or created. |
| Joules | the units that energy is measured in |
| Energy | the ability to do work |
| Thermal Energy | the total energy in the particles of an object. |
| Gravitational Potential Energy | potential energy that depends on height |
| Power | the rate at which energy is transferred |
| Kinetic Energy depends on | this type of energy depends on mass and velocity |
| Nuclear Energy | the energy stored in the nuclei of atoms |
| friction | causes moving objects to slow down |
| An example of Electromagnetic Energy | sunlight that reaches earth |
| An example of something that stores Chemical Energy | a match used to light a fire, the energy stored in food for our bodies |
| An example of Thermal Energy | a mug of hot cocoa, a pot of hot soup on the stove |
| An example of Electrical Energy | lightning in the sky during a thunderstorm |
| An example of Nuclear Energy | nuclear power plants |
| An example of Electromagnetic Energy | x-rays and microwaves |
