Two blocks `(m and M)` are arranged as in figure Then is friction between ground and `M` only and other surface are frictionless between ground and `M is mu = 0.25` The maximum ratio of `m` and `M(m//M)` so that the system remain is at rest

Two blocks M and m are arranged as shown in the diagram The coefficient of friction between the block is mu_(1) = 0.25 and between the ground and M is mu_(2) = (1)/(3) If M = 8 kg then find the value of m so that the system will remain at rest

Two blocks M and m are arranged as shown in the diagram The coefficient of friction between the block is mu_(1) = 0.25 and between the ground and M is mu_(2) = (1)/(3) If M = 8 kg then find the value of m so that the system will remain at rest

In figure find the acceleration of m assuming that there is friction between m and M and all other surfaces are smooth and pulleys light and mu = coefficient of friction between m and M

Two blocks of mass 'm' and 'M, are connect to the ends of a string passing over a pulley. 'M' lies on the plane inclined at an angle theta with the horizontal and 'm' is hanging vertically as shown in Fig. The coefficient of static friction between 'M' and the incline is mu_(s) . Find the minimum and maximum value of 'm' so that the system is at rest.

In figure , find the acceleration of m assuming that there is friction between m and M,and all other surface are smooth and pulleys light and m = coeffiicient of friction between m and M .

The two blocks, m= 10 kg and M = 50 kg are free to move as shown. The coefficient of static friction between the blocks is 0.5 and there is no friction between M and the ground. A minimum horizontal force F is applied to hold m against M that is equal to -

A block of mass M is placed on a rough horizontal surface. It is connected by means of a light inextensible string passing over a smooth pulley . The other end of string is connected to a block of mass m. There is no friction between vertical surface and block m The minimum value of coefficient of friction mu such that system remains at rest , is

A block of mass M is placed on a rough horizontal surface. It is connected by means of a light inextensible string passing over a smooth pulley . The other end of string is connected to a block of mass m. There is no friction between vertical surface and block m The minimum value of coefficient of friction mu such that system remains at rest , is