1. (35 pts) Use work-energy theorem to solve this problem. A rocket powered sled (m= 1250 kg) is at the bottom of a bill

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1 35 Pts Use Work Energy Theorem To Solve This Problem A Rocket Powered Sled M 1250 Kg Is At The Bottom Of A Bill 1 (21.77 KiB) Viewed 29 times

1. (35 pts) Use work-energy theorem to solve this problem. A rocket powered sled (m= 1250 kg) is at the bottom of a bill that is angled at 31.8above the horizontal. The coefficient of kinetic friction between the hill and the sled is 0.136. The rockets on the sled provide a constant thrust of 9550N. The sled travels a distance of 195 m up the hill. A) Find the work is done by each force acting on the sled. B) How fast is the sled moving at the top of hill? C) How would speed of the sled be different if the angle of the hill was larger than 31.8° if the sled moves 195 m up the hill? Explain. Pictorial Representation Mathematical Representation