In the previous problem, the smallest kinetic energy at the bottom of the incline will be achieved by |
|||
a) |
The solid sphere |
b) |
The hollow sphere |
c) |
The disc |
d) |
All will achieve the same kinetic energy |
In the previous problem, the smallest kinetic energy at the bottom of the incline will be achieved by |
|||
a) |
The solid sphere |
b) |
The hollow sphere |
c) |
The disc |
d) |
All will achieve the same kinetic energy |
(b) For all the bodies, torque is the same Now , Linear velocity ‘ Therefore, the more value of moment of inertia implies the lesser kinetic energy Among all, the hollow sphere has the maximum moment of inertia, |
A sphere is moving towards -axis with a velocity
and rotates clockwise with angular speed
as shown in Figure such that
. The instantaneous axis of rotation will be
a) |
On point |
b) |
On point |
c) |
Inside the sphere |
d) |
Outside the sphere |
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