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khil_phys
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What it the maximum angular velocity that can possibly be attained by a rigid body?
Philip Wood said:I'm tempted to say c/r in which c is the speed of light and r is the maximum perpendicular distance from points on the body to the rotation axis. In practice the body will fly apart at a far lower angular velocity.
First off, why should there be?khil_phys said:Why is it that there is no fixed limit for the angular velocity for any body, like there is c for translational motion?
Elementary particles are point masses.This sounds incredulous, but if I have a photon that can rotate about a fixed given axis, how fast would it rotate?
D H said:First off, why should there be?
Maximum angular velocity refers to the maximum speed at which an object can rotate around its axis or pivot point.
Maximum angular velocity can be calculated by dividing the angular displacement by the time it takes to complete that displacement.
The maximum angular velocity of an object is affected by its moment of inertia, mass, and the torque applied to it.
The unit of measurement for maximum angular velocity is radians per second (rad/s) or revolutions per minute (RPM).
Understanding maximum angular velocity is important in science as it helps explain the motion and behavior of rotating objects, which is essential in fields such as mechanics, engineering, and astronomy.