A ball travels along a straight track with the acceleration a = position of the ball...

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A ball travels along a straight track with the acceleration a = position of the ball is s = 2ft and the velocity of the ball is v = -2- (3t-4)- When t = ft X 82 ft S ft a. What is the ball's velocity in when t = 5s? 17.5 S b. What position is the ball at when t = 5s? 33.225 c. What is the total distance the ball has traveled in ft when t = 5s? 33.225 X 0 seconds, the X A ball travels along a straight track with the acceleration a = position of the ball is s = 2ft and the velocity of the ball is v = -2- (3t-4)- When t = ft X 82 ft S ft a. What is the ball's velocity in when t = 5s? 17.5 S b. What position is the ball at when t = 5s? 33.225 c. What is the total distance the ball has traveled in ft when t = 5s? 33.225 X 0 seconds, the X

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The problem provided describes a ball traveling along a straight track with a given acceleration an initial position and an initial velocity We are as... View the full answer