Last Updated On [03-11-2023]
When a disc is rotating with angular velocity 
, a particle situated at a distance of 4 cm just begins to slip. If the angular velocity is doubled, at what distance will the particle start to slip in cm is?
When a disc is rotating with angular velocity , a particle situated at a distance of 4 cm just begins to slip. If the angular velocity is doubled, at what distance will the particle start to slip in cm is?
Question ID - 53199 :-
When a disc is rotating with angular velocity , a particle situated at a distance of 4 cm just begins to slip. If the angular velocity is doubled, at what distance will the particle start to slip in cm is?
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When a disc is rotating with angular velocity |
cmNext Question :
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A solid sphere and a hollow sphere of the same material and of a same size can be distinguished without weighing |
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a) |
By determining their moments of inertia about their coaxial axes |
b) |
By rolling them simultaneously on an inclined plane |
c) |
By rotating them about a common axis of rotation |
d) |
By applying equal torque on them |
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