A uniform rod of length 1.20 m and mass 2.00 kg is free to rotate about a frictionless axle through one end. From the horizontal position, the rod is released from rest. A small piece of putty of mass 0.500 kg is suspended from the pivot by a string of negligible mass and length 0.800 m, as shown in the figure below. The putty sticks to the rod on contact. Determine the amount of mechanical energy dissipated in the collision. 1.20 m 0.800 m putty
A uniform rod of length 1.20 m and mass 2.00 kg is free to rotate about a frictionless axle through one end. From the horizontal position, the rod is released from rest. A small piece of putty of mass 0.500 kg is suspended from the pivot by a string of negligible mass and length 0.800 m, as shown in the figure below. The putty sticks to the rod on contact. Determine the amount of mechanical energy dissipated in the collision. 1.20 m 0.800 m putty
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Transcribed Image Text:A uniform rod of length 1.20 m and mass 2.00 kg is free to rotate about a
frictionless axle through one end. From the horizontal position, the rod is
released from rest. A small piece of putty of mass 0.500 kg is suspended from
the pivot by a string of negligible mass and length 0.800 m, as shown in the
figure below. The putty sticks to the rod on contact. Determine the amount of
mechanical energy dissipated in the collision.
1.20 m
0.800 m
putty
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