Unit+09+Energy,+Work,+Power

Energy Objectives
 * **Notes** || **Assignments** ||
 * * Energy Bellringers Click
 * Energy Notes Click || * Energy Mix Bag'O Questions Click
 * Calculating Work 1 Click
 * Calculating Work 2 Click
 * Energy Mix Bag'O Questions 2 Click
 * Conservation of Energy: Kinetic/Potential Energy Packet Click
 * Projects/Labs **
 * Energy Poster Click
 * //Energy Skate Park 1// Click
 * //Energy Skate Park 2// Click
 * Conservation of Energy Lab: //Rolling Stop Pre-Lab// Click
 * Conservation of Energy Lab: //Rolling Stop// Click

- The unit for energy is **joule (J)** - 1 joule is equal to 1 Newton∙ meter media type="youtube" key="7K4V0NvUxRg" height="251" width="336" media type="youtube" key="Jnj8mc04r9E" height="251" width="336" media type="youtube" key="BSWl_Zj-CZs" height="251" width="334"
 * **Student Must Know… ** || **Key Words ** ||
 * - Energy is the ability to do work and/or the ability to change matter

- **Kinetic energy is the energy of motion**
 * KE = (1/2)mv2 **

media type="youtube" key="2WS1sG9fhOk" height="251" width="334"

- **Potential energy is the energy of an object at rest**
 * PE = mgh**

media type="youtube" key="19XuDOnDGqw" height="219" width="431"

- energy is always conserved. (never created nor destroyed) The total mechanical energy (ME) is constant in a system.
 * Conservation of Energy**


 * ME = KE + PE**

media type="youtube" key="qZ4FFWvZtyo" height="251" width="474" || - energy - matter - kinetic energy - potential energy - joule - Newton - meter - work - power - watts - conservation of energy || - Calculate kinetic energy - Calculate potential energy - Calculate power ||  ||
 * **Students Must be able to do… ** ||  ||
 * - Calculate work