Question

2. The cue ball in the problem above is placed at the top of a 41.0 m declined plane and then released from rest. The ball proceeds to roll without slipping down the decline. Determine the total kinetic energy of the cue ball at the base of the decline. (The declined plane makes and angle of 23° with the horizontal.)

#2 is dependent of #1's answer

Answer 1

m = 170g 9 = 0.17 by sim 23° - 4 - 16.02m by enagy conservation. He base = PE up a ingh 5230 -0.79.8 x - 26.711 16.02