1. Nuclear
1.1. Stored in a nucleus of an atom
2. Radiant
2.1. Electromagnetic energy
2.1.1. Travels in transverse waves
3. Electric
3.1. Movement of electrons
3.2. Lightning and Electricity are examples
4. Chemical
4.1. In the bonds of atoms and molecules
4.2. Found in batteries
4.3. Found in plants
5. Thermal
5.1. Within or known as heat
5.2. Rapidly moving
5.3. In the movement of atoms and molecules within a substance
6. Renewable
6.1. Solar
6.1.1. Light
6.1.2. Heat
6.2. Wind
6.2.1. Moving air
6.3. Hydro
6.3.1. Moving water
6.4. Bio
6.4.1. Found in biological substances
6.5. Geothermal
6.5.1. Heat found inside earth
7. Non-renewable
7.1. EXAMPLES
7.1.1. Coal
7.1.2. Natural gas
7.1.3. Petroleum
7.1.4. Nuclear Energy
8. Source
8.1. Solar
8.1.1. Light
8.2. Wind
8.3. Hydrogen
8.4. Tidal
8.5. Wave
8.6. Geothermal
8.6.1. Heat underground
8.7. Hydroelectric
8.8. Biomass
8.9. You can not create energy
8.10. You can nod destroy energy
9. Form
9.1. Indirect
9.1.1. Artificial
9.1.1.1. Batteries of sort
9.1.2. Natural
9.1.2.1. Heat
9.2. Direct
9.2.1. Magnetic
9.2.2. Electrical
10. Measurement
10.1. Done by Joules
10.2. Can be converted
10.3. Unobservable unless we observe only its affects
11. Potential
11.1. Types that are also involved
11.1.1. Chemical
11.1.2. Stored Mechanical
11.1.3. Gravitational
11.1.4. Nuclear
11.2. Stored energy that results from the position/shape of an object
11.3. Does not need to be in motion to result to having energy
11.4. The more an object weighs/greater the object's height, the greater its gravitational potential energy
11.5. When an object is stretched out or compressed, it is called elastic potential energy
11.5.1. Bow and arrow e.g. - when the arrow is pulled back, bow morphes shape, creating potential energy within, and it is released when the bow is released, making the arrow fly.
11.6. When related to an object's height, it is called gravitational potential energy
11.6.1. Equal to the work (energy wasted) to lift it
11.6.2. Gravitational potential energy = Weight X Height
12. Gravitational
12.1. Energy of place
12.2. Energy of position
13. Stored Mechanical
13.1. Stored in objects
13.2. Created by force
14. Kinetic
14.1. Types that are also involved
14.1.1. Thermal
14.1.2. Electric
14.1.3. Motion
14.1.4. Sound
14.1.5. Radiant
14.2. The energy an object has due to motion
14.3. Kinetic energy = 1/2 x Mass x Velocity^2
14.4. Energy increases once velocity increases
14.5. More mass equals to more kinetic energy
15. Sound
15.1. Movement of energy in between substances, but is more like vibration
16. Motion
16.1. From moving to a place from another
16.2. Wind and hydropower are examples
17. Define
17.1. The ability to do something
17.1.1. Change
17.1.2. Work