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AP Physics 1 U6 - WS1 - Energy Flow Diagrams page 1 Unit 6 - Energy Storage & Transfer 2/6/15 Draw Energy Flow Diagrams for each of the following situations. Each diagram must identify the system and have the following: A picture of the system at EACH STATE - include relevant information (like heights or velocities). An energy conservation equation for each transition (e.g. A-B or B-C) Blocks showing the amount of energy stored and where it is stored (Us, K, etc.) in EACH STATE (points A, B, and C or initial & final). Show how energy is transferred into or out of the system (W or Ediss) during each transition between states. If you wish to ignore air resistance, friction or anything else then you must say so. 1. A ball is held above the ground, and then is 5. A bungee jumper falls off the platform and dropped so it falls straight down. (Limit reaches the limit of stretch of the cord your analysis to the ball moving in the air, Initial Final BEFORE it hits the ground.) OA VO B V=0 Voc 6. A person pushes a stalled car to get it to the 2. A baseball is thrown up in the air and then it service station. falls back down. Initial Final B 7. A moving car, moving up a hill, coasts to a stop. Ao Initial Final V=0 3. A ball rolls to a stop on the floor. y >0 VO > 0 y = 0 wo 8. A roller coaster rolls down a big hill. 4. A truck is driven at constant speed down the street. B 9. Create your own 3-state, 2-transition event. 10. Create another 3-state, 2-transition event