- The Figure Below Shows A Ball Of Mass M 0 2 Kg 1 5 M And Attached To One End Of A Rod Of Length L Negligible Mass 1 (52.73 KiB) Viewed 40 times
= = The figure below shows a ball of mass m = 0.2 kg 1.5 m and attached to one end of a rod of length L negligible mass
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= = The figure below shows a ball of mass m = 0.2 kg 1.5 m and attached to one end of a rod of length L negligible mass
= = The figure below shows a ball of mass m = 0.2 kg 1.5 m and attached to one end of a rod of length L negligible mass which is free to rotate around a pivot through the other end. The ball is released from rest when the rod is horizontal as shown. At the bottom of its swing, the ball collides with a block of mass M 0.3 kg which is at rest on a frictionless table. The collision is completely inelastic (the ball and block stick together). After the collision, the ball/block combination will continue to rotate around the pivot at the end of the rod. Find the vertical height above the table to which the ball/block combination rises. Pivot 0.3 kg 3263 IMG 26 IN
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