A uniform disc of mass m is fitted (pivo...

A uniform disc of mass `m` is fitted (pivoted smoothly) with a rod of mass `m//2`. If the bottom of the rod os pulled with a velocity `v`, it moves without changing its and of orientation and the disc rolls without sliding. Take kinetic energy of the system (rod + disc) is.
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A uniform disc of mass `m` is fitted (pivoted smoothly) with a rod of mass `m//2`. If the bottom of the rod os pulled with a velocity `v`, it moves without changing its and of orientation and the disc rolls without sliding. Take kinetic energy of the system (rod + disc) is. .

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A uniform disc of mass `m` is fitted (pivoted smoothly) with a rod of mass `m//2`. If the bottom of the rod os pulled with a velocity `v`, it moves without changing its and of orientation and the disc rolls without sliding. Take kinetic energy of the system (rod + disc) is.
.