A cotton reel rolls without sliding such that the point `P` of the string has velocity `v = 6 m//s`. If `r = 10 cm` and `R = 20 cm` then the velocity of its centre `C` is.
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A cotton reel rolls without sliding such that the point P of the string has velocity v = 6 ms^(-1) . If r = 10 cm and R = 20 cm then find the: velocity of its centre C

A cotton reel rolls without sliding such that the point P of the string has velocity v = 6 ms^(-1) . If r = 10 cm and R = 20 cm then find the: velocity of its center C

A cotton reel rolls without sliding such that the point P of the string has velocity v = 6 ms^(-1) . If r = 10 cm and R = 20 cm then find the: angular velocity of the cotton reel

A cotton reel rolls without sliding such that the point P of the string has velocity v = 6 ms^(-1) . If r = 10 cm and R = 20 cm then find the: angular velocity of the cotton reel

A wheel rolls without slipping on a horizontal surface such that its velocity of center of mass is v . The velocity of a particle at the highest point of the rim is

A disc of radius r rolls without slipping on a rough horizontal floor. If veloocity of its centre of mass is v_(0) , then velocity of point P, as shown in the figure (OP=r // 2 and angleQOP=60^(@) )is

Consider a wheel rolls without slipping and its centre moves with constant acceleration a. Find the acceleration of points O,P,Q and S when linear velocity of the centre of wheel is v .

Consider a wheel rolls without slipping and its centre moves with constant acceleration a. Find the acceleration of points O,P,Q and S when linear velocity of the centre of wheel is v .