[" A solid cube of side 'a' is shown in the figure.Find maximum value of "100(b)/(a)" for which the block does "],[" not topple before sliding."]

A block of mass m collides with another block of mass 3m completely inelastically as shown in figure. What is the maximum value of v ( in m//s) for which the block B does not move. Assume that initially spring is in natural length and blocks A and B are at rest. (K//m=100 S.I. unit )

A block of mass m collides with another block of mass 3m completely inelastically as shown in figure. What is the maximum value of v ( in m//s) for which the block B does not move. Assume that initially spring is in natural length and blocks A and B are at rest. (K//m=100 S.I. unit )

Find the maximum value of force F such that the block shown in the figure does not move

A uniform cubical block of mass M is attached to a pulley. One end of a string, passing over the pulley is fixed to a light pole while is fixed on the bigger block and its another end is attached to a block of mass m as shown in figure. The maximum value of the mass m so that the block does not topple is : (string and pulley are ideal)

A uniform cubical block of mass M is attached to a pulley. One end of a string, passing over the pulley is fixed to a light pole while is fixed on the bigger block and its another end is attached to a block of mass m as shown in figure. The maximum value of the mass m so that the block does not topple is : (string and pulley are ideal)

A cube of side a is placed on an inclined plane of inclination theta . What is the maximum value of theta for which the cube will not topple?

A cube of side a is placed on an inclined plane of inclination theta . What is the maximum value of theta for which the cube will not topple?

What is the maximum value of the force F such that the block shown in the figure does not move?