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If the hockey player exerted twice as much force, 9.00 n, on the puck, how would th puck's change in kinetic energy be. If the hockey player exerted twice as much force (9.00 n) on the puck over the same distance, how would the amount of. Web if the hockey player exerted twice as much force, $9.00 \mathrm{n},$ on the puck, how would the puck's change in kinetic energy. If the hockey player exerted twice as much force, $9.00 \mathrm{n},$ on the puck, how would the puck's change in kinetic. Web if the hockey player exerted twice as much force, 9.00 n, on the puck, how would the puck’s change in kinetic energy be. However, the rider must rotate the pedals through more turns. Web exerted by the rider, a larger force is exerted by the wheel on the road. If the hockey player exerted twice as much force, $9.00 \mathrm{n},$ on the puck, how would the puck's change in kinetic. If the hockey player exerted twice as much force, 9 n, on the puck, how would the puck’s change in kinetic energy be.
A hockey player receives a corner shot at a speed of `15 m//s` at angle
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