Ball A is released from rest at height 99meters at the same time that a second ball B is thrown upward from a distance 6meters above the ground. If the balls pass one another at a height 33meters. (a) Determine the speed at which ball B was thrown upward. (b) Determine the speed of ball B when the balls pass one another (c) Determine the total time of travel when the balls pass one another. Acceleration due to gravity = 9.81 m/s2
Ball A is released from rest at height 99meters at the same time that a second ball B is thrown upward from a distance 6meters above the ground. If the balls pass one another at a height 33meters. (a) Determine the speed at which ball B was thrown upward. (b) Determine the speed of ball B when the balls pass one another (c) Determine the total time of travel when the balls pass one another. Acceleration due to gravity = 9.81 m/s2
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Ball A is released from rest at height 99meters at the same time that a second ball B is thrown upward from a distance 6meters above the ground. If the balls pass one another at a height 33meters. (a) Determine the speed at which ball B was thrown upward. (b) Determine the speed of ball B when the balls pass one another (c) Determine the total time of travel when the balls pass one another. Acceleration due to gravity = 9.81 m/s2
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