Lhn A. Why I v = O7 The object is PR e e s Greatest to Least Kinetic Energy Greatest to Least Potential Energy Which two are the closest to the having an amount of potential energy equal to its own kinetic energy? and here. A | v=0m/s 32 kg kid at B m KR e g p o R R S . (B C. on the ground: PR i TME = e EB. at 4.76m poing 796 m./ s = B I O s s i R TME = oo Which number here is the same as seen in # A and FR7____ 7. A ball is 5.25 m high at the top of a hill before beginning to roll down. The ball has a mass of 15 kg. Neglecting friction, what is the object's kinetic energy at the bottom of the hill? 8. How much power is generated in 15 seconds if 62 Joules of work is done? 9. A 15.2 kg pendulum is moving at 5.86 m/s at equilibrium. How much kinetic energy does this pendulum have? 10. A kid pulls a rock back 0.25 m in the sling shot, ready to shoot it at a empty can sitting on the fence. If the kid uses 25 N in stretching the sling, how much energy is stored in the sling