Throw a tennis ball horizontally & let it hit the floor. We are interested in the energy from the moment just before you start to throw it un?l the moment just before its impact on the floor. (You can ignore the any bouncing or rolling.) 1)Draw an LOL Diagram 2)What is the energy model equation? 3)Will energy be conserved? (i.e., does ΔEsys =0?)
Throw a tennis ball horizontally & let it hit the floor. We are interested in the energy from the moment just before you start to throw it un?l the moment just before its impact on the floor. (You can ignore the any bouncing or rolling.) 1)Draw an LOL Diagram 2)What is the energy model equation? 3)Will energy be conserved? (i.e., does ΔEsys =0?)
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Throw a tennis ball horizontally & let it hit the floor. We are interested in the energy from the moment
just before you start to throw it un?l the moment just before its impact on the floor. (You can ignore
the any bouncing or rolling.)
1)Draw an LOL Diagram
2)What is the energy model equation?
3)Will energy be conserved? (i.e., does ΔEsys =0?)
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