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Shubhang Acharya
Shubhang Acharya
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Since the rod is not hinged, you cannotcan apply conservation of angular momentum fromabout the center of mass because there will be a torque due to the normal reaction on the rod assuming the rod is hinged at an end.

Yes the component along the rod will be unaffected since they collision occurs normal to the surface in question and since there are no forces along the rod such as friction that can affect the velocity.

Since the rod is hinged, you cannot apply conservation of angular momentum from the center of mass because there will be a torque due to the normal reaction on the rod assuming the rod is hinged at an end.

Yes the component along the rod will be unaffected since they collision occurs normal to the surface in question and since there are no forces along the rod such as friction that can affect the velocity.

Since the rod is not hinged you can apply conservation of angular momentum about the center of mass.

Yes the component along the rod will be unaffected since they collision occurs normal to the surface in question and since there are no forces along the rod such as friction that can affect the velocity.

Source Link
Shubhang Acharya
Shubhang Acharya
  • 31
  • 4

Since the rod is hinged, you cannot apply conservation of angular momentum from the center of mass because there will be a torque due to the normal reaction on the rod assuming the rod is hinged at an end.

Yes the component along the rod will be unaffected since they collision occurs normal to the surface in question and since there are no forces along the rod such as friction that can affect the velocity.