A uniform rod of mass M is moving in a plane and has a kinetic energy of `(4)/(3) MV^(2)` where V is speed of its centre of mass. Find the maximum and minimum possible speed of the end point of the rod.

A uniform rod of mass M is moving in a plane and has a kinetic energy

1.	A uniform rod of mass M is moving in a plane and has a kinetic energy of `(4)/(3) MV^(2)` where V is speed of its centre of mass. Find the maximum and minimum possible speed of the end point of the rod.
Answer» Correct Answer - `V_("max") = (sqrt5 + 1) V; V_("min") = (sqrt5 - 1)V`

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A uniform rod of mass M is moving in a plane and has a kinetic energy of `(4)/(3) MV^(2)` where V is speed of its centre of mass. Find the maximum and minimum possible speed of the end point of the rod.

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