[" the arrangement shown in the given figure is a friction force between the both "],[" ock of mass "2m" is kept on a smooth horizontal plane.The mass of the suspended blo "],[" tionary with respect to the block of mass "2m" .The minimum value of co-efficient of fricti "],[qquad (sqrt(2))/(2)c],[qquad (5 pi)/(2m)]

In the arrangement shown in figure , there is friction between the blocks of masses m and 2m which are in contact . The ground is smooth . The mass of the suspended block is m . The block of mass m which is kept on mass 2m is stationary with respect to block of mass 2 m . The force of friction between m and 2 m is (pulleys and string are lig frictionless ) :

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

Find the magnitude of the horizontal force F required to keep the block of mass m stationary on the smooth inclined plane as shown in the figure.

In the adjoining figure, the coefficient of friction between wedge ( of mass M) and block ( of mass m) is mu . Find the minimum horizontal force F rquired to keep the block stationary with respect to wedge

In the adjoining figure, the coefficient of friction between wedge (of mass M ) and block (of mass m ) is mu . Find the minimum horizontal force F required to keep the block stationary with respect to wedge.

In the adjoining figure, the coefficient of friction between wedge (of mass M ) and block (of mass m ) is mu . Find the minimum horizontal force F required to keep the block stationary with respect to wedge.