Block M slides down on frictionless ineline as shown. The minimum friction coefficient so that m does not slide with respect to M is u then value of uix m M 37°

Block M slides down on frictionless incline as shown. The minimum friction coefficient so that m does not slide with respect to M would be :

Block M slides down on frictionless incline as shown. The minimum friction coefficient so that m does not slide with respect to M would be :

Block M slides down on frictionless incline as shown. The minimum friction coefficient so that m does not slide with respect to M would be :

Block M slide donw on frictionless inclined plane as shown. Find frictional force acting on block m while it is at rest with respect to the block M. (m=2kg, M=5kg,g=10m//sec^(2))

Two blocks of mass 2m and m slide down the slope AB having same friction coefficient Then:

Two blocks m_(1) and m_(2) are allowed to move without friction. Block m_(1) is on block m_(2) and m_(2) slides on smooth fixed incline as shown. The angle of inclination of inclined plane is theta The acceleration of m_(1) with respect to ground is:

Two blocks m_(1) and m_(2) are allowed to move without friction Block m_(1) is on block m_(2) and m_(2) slides on smooth fixed incline as shown The angle of inclination of inclined plane is theta . The acceleration of m_(2) with respect to ground is .

In the arrangement shown in Fig there is no friction between of mass 2m and ground but there is friction between the block of masses m is stationary with respect to block of mass 2m The value of friction between m and 2m is

In the arrangement shown in Fig there is no friction between of mass 2m and ground but there is friction between the block of masses m is stationary with respect to block of mass 2m The value of friction between m and 2m is

A block of mass m lies on wedge of mass Mas shown in figure. Find the minimum friction coeffcient required between wedge Mand ground so that it does not move while block m slips down on it.