Given that a rigid body with mass m, angular velocity w and mass center with a velocity Vg is subjected to general plane

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Given that a rigid body with mass m, angular velocity w and mass center with a velocity Vg is subjected to general plane

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Given That A Rigid Body With Mass M Angular Velocity W And Mass Center With A Velocity Vg Is Subjected To General Plane 1
Given That A Rigid Body With Mass M Angular Velocity W And Mass Center With A Velocity Vg Is Subjected To General Plane 1 (24.55 KiB) Viewed 13 times
Given that a rigid body with mass m, angular velocity w and mass center with a velocity Vg is subjected to general plane motion, prove that the kinetic energy is given by the expression below. (4mks) T = muč + 1602
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