The figure shows a system consisting of (i) ring of outer radius 
rolling clockwise without slipping on a horizontal surface with angular speed 
and (ii) an inner disc of radius 
rotaing anti-clockwise with angular speed 
. The ring and disc are separated by frictionless ball bearings. The system is in the 
plane. The point 
on the inner disc is at a distance 
from the origin, where 
makes an angle of 
with the horizontal. Then with respect to the horizontal surface
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a)
The point 
has a linear velocity 
b)
The point 
has a linear velocity 
c)
The point 
has a linear velocity 
d)
The point 
has a linear velocity 
rolling clockwise without slipping on a horizontal surface with angular speed and (ii) an inner disc of radius rotaing anti-clockwise with angular speed . The ring and disc are separated by frictionless ball bearings. The system is in the plane. The point on the inner disc is at a distance from the origin, where makes an angle of with the horizontal. Then with respect to the horizontal surfacea)
The point has a linear velocity
b)
The point has a linear velocity
c)
The point has a linear velocity
d)
The point has a linear velocity
Question ID - 100613 | SaraNextGen Top Answer The figure shows a system consisting of (i) ring of outer radius rolling clockwise without slipping on a horizontal surface with angular speed and (ii) an inner disc of radius rotaing anti-clockwise with angular speed . The ring and disc are separated by frictionless ball bearings. The system is in the plane. The point on the inner disc is at a distance from the origin, where makes an angle of with the horizontal. Then with respect to the horizontal surface
a)
The point has a linear velocity
b)
The point has a linear velocity
c)
The point has a linear velocity
d)
The point has a linear velocity
The figure shows a system consisting of (i) ring of outer radius rolling clockwise without slipping on a horizontal surface with angular speed and (ii) an inner disc of radius rotaing anti-clockwise with angular speed . The ring and disc are separated by frictionless ball bearings. The system is in the plane. The point on the inner disc is at a distance from the origin, where makes an angle of with the horizontal. Then with respect to the horizontal surface
|
a) |
The point |
|
b) |
The point |
|
c) |
The point |
|
d) |
The point |
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