Two block `A` and `B` are as shown in figure. The minimum horizantal force `F` applied to the block `B` for which slipping begins between `B` and ground is `:`

Two blocks A and B are as shown in figure. The minimum horizontal force F applied to the block B for which slipping behins between B and ground is :

Two blocks A and B are shown in figure. The minimum horizontal force F applied on Blocks B for which slipping begins at B and ground is

Two blocks A and B are shown in figure. The minimum horizontal force F applied on Blocks B for which slipping begins at B and ground is

Two identical blocks of weigth w are placed one on top of the other as shown in figure. The upper block is tied to the wall. The coefficient of static friction between B and ground is mu and friction between A and B is absent. When F=mu w force is applied on the lower block as shown. The tension in the string will be

Two block A of 6 kg and B of 4 kg are placed in contact with each other as shown in figure There is no friction A and ground and between both the blocks .The coefficient of friction between B and ground is 0.5 A horizontal force F is applied on A find the minimum and maximum value of F which can be applied so that both blocks can move combinely without any relative between them.

Two block A of 6 kg and B of 4 kg are placed in contact with each other as shown in figure There is no friction A and ground and between both the blocks .The coefficient of friction between B and ground is 0.5 A horizontal force F is applied on A find the minimum and maximum value of F which can be applied so that both blocks can move combinely without any relative between them.

In given diagram what is the minimum value of a horizontal external force F on block A so that block B will slide on ground is .

In given diagram what is the minimum value of a horizontal external force F on block A so that block B will slide on ground is .

In given diagram what is the minimum value of a horizontal external force F on block A so that block B will slide on ground is .

In the previous problem. The friction force applied by ground on block B is