Work-Energy-Power Wrap

DoNow: A rope applies a horizontal force of 180 N to pull a crate a distance of 2 m across the floor. A frictional force of 60 N opposes the motion. What is the net force on the crate. What is the total work done on the crate by the rope? How about friction? (notes)

AIM: I can describe the similarities between a pendulum, spring and roller coaster problem and the conservation laws and equations used to solve them.

Activities:
- Submit This Again HW; Ch8 CQ6, 7, 11, CE6, 9, 11
- Tableshare Middle is Near HW; Ch8 CQ10, 13, 14, CE13, 15, 17; Eureka: Work video Drawing Summary; ...think about Work; Finals Topic Review WS
- Eureka: Kinetic Energy video 5-bullet points & Drawing Summary
- Eureka: Potential Energy video 5-bullet points & Drawing Summary
- Whiteboard Problem: Ski Jump
- Whiteboard Problem: Roller Coaster
- Ranking
- Whiteboard Review: Work & Energy & Power
- Whiteboard Review: Conservation of Energy
- Whiteboard Review: Work & Energy
- Little Practice HW

Homework:
Complete Little Practice HW; Eureka: Kinetic Energy video Drawing Summary; Eureka: Potential Energy video Drawing Summary; Middle is Near HW; Ch8 CQ10, 13, 14, CE13, 15, 17; Eureka: Work video Drawing Summary; ...think about Work; Finals Topic Review WS

Textbook Review Ch1-8

Coming Up:
The BIG Work, Energy, Power TEST
BONUS - B Nye: Energy (1) (2) (3) (25-word x4), Due: Block Day, 09Dec15
2015 Fall Finals Schedule
Work Energy & Power Test, Block Day, 09Dec15