1. Conservation of Energy Mrs. Anna Ward James Martin MS

2. Do Now!!!! Match the units Distance Force Acceleration Speed Time Velocity Mass kg Newton or Kgm/s2 m m/s2 S m/s m/s North

3. Announcements Bullying Night Field Trip Agenda for the week: – Conservation of Energy – Pendulum Lab Tomorrow – Engineering Fun Friday: Egg Bungees – Notebook Check 1 on Friday – Quiz on Friday

5. Brain Pop!!! http://www.brainpop.com/science/energy/for msofenergy/preview.weml http://www.brainpop.com/science/energy/for msofenergy/preview.weml

6. Definitions you need to know: Law of Conservation of Energy: A law stating that no matter how energy is transferred or transformed, all energy is still present in one form or another.

7. More definitions: Kinetic Energy: The energy of motion. Potential Energy: Stored Energy Mechanical Energy: A combination of the kinetic and potential energy an object has.

8. Examples: Conservation of Energy A tennis ball Eating a plate of spaghetti A burning fire A bouncing ball Tank of gasoline

9. Independent Practice Time!!! Each group has an assigned statement. Use what you have learned today to respond to how you think this statement demonstrates the Law of Conservation of Energy We will rotate groups. You may agree (or disagree) with the other groups.