. Consider an idealized case of rolling of a solid ball in which the point P does not rotate in a vertical plane. But it rotates on circular path PQRSTP when observed from the centre of the ball. The radius of circular path PQRSTP is half the radius of the ball. The ball rolls without sliding with its centre moving with speed vo in direction perpendicular to the plane of the figure calculate the kinetic energy of the rolling ball. Mass of the ball and its radius are M and R respectively. R

Elements Of Electromagnetics
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ISBN:9780190698614
Author:Sadiku, Matthew N. O.
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. Consider an idealized case of rolling of a solid
ball in which the point P does not rotate in a
vertical plane. But it rotates on circular path
PQRSTP when observed from the centre of the
ball. The radius of circular path PQRSTP is half
the radius of the ball. The ball rolls without sliding
with its centre moving with speed vo in direction
perpendicular to the plane of the figure calculate
the kinetic energy of the rolling ball. Mass of the
ball and its radius are M and R respectively.
R
S
Transcribed Image Text:. Consider an idealized case of rolling of a solid ball in which the point P does not rotate in a vertical plane. But it rotates on circular path PQRSTP when observed from the centre of the ball. The radius of circular path PQRSTP is half the radius of the ball. The ball rolls without sliding with its centre moving with speed vo in direction perpendicular to the plane of the figure calculate the kinetic energy of the rolling ball. Mass of the ball and its radius are M and R respectively. R S
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