A small mass sits on a turntable at a distance of .347 m from the center of the turntable. The small mass has a tangential acceleration of 1.54 m/s^2. What happens to the angular acceleration of the mass?
A small mass sits on a turntable at a distance of .347 m from the center of the turntable. The small mass has a tangential acceleration of 1.54 m/s^2. What happens to the angular acceleration of the mass?
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A small mass sits on a turntable at a distance of .347 m from the center of the turntable. The small mass has a tangential acceleration of 1.54 m/s^2. What happens to the angular acceleration of the mass?
Choices:
A. Is indipendent of the radial position of the mass on the turntable.
B. Equals zero
C. Depends upon the material being used
D. Is greater for a smaller radial position of the mass on the turntable.
E. Is greater for a larger radial position of the mass on the turntable.
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