Physics Asked by Nolikecoffee on June 20, 2021
I was wondering if there was a difference between velocity of the center of mass of an object vs finding the velocity of an object in general. The case I was looking at was in a ball rolling without slipping. I know that in the case of a ball rolling without slipping, the velocity of the center of mass would simply = rw, but if a question asks for the velocity, would I also have to factor in the tangential velocity alongside the velocity of the center of mass? I think I might have a misunderstanding somehow? Or would the tangential velocity vectors simply all cancel out which makes it a non-factor?
In general, the velocity of a rigid body is the velocity of its center of mass.The various points on the rigid body can have different velocities as in the case of a rolling ball without slipping. The center of mass moves with a velocity which is equal to the mass-weighted average of local velocities .
Correct answer by Amal Antony on June 20, 2021
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