Find the tension to hold the cart equilibrium, if there is no friction.

Find the tension to hold the car equilibrium, if there is no friction.

A block of weight W is placed on a wedge and arranged as shown in fig. find the force F needed to hold the cart equilibrium if there is no friction.

A block of weight W is placed on a wedge and arranged as shown in fig. find the force F needed to hold the cart equilibrium if there is no friction.

If the tension T needed to hold the cart equilibrium is (sqrt3W)/(x) there is no friction. Find value of x .

Find the tension in the string and the extension in the spring at equilibrium . Where pulley, strings and springs are ideal.

A spring is compressed between two toy carts of mass m_(1) and m_(2) . When the toy carts are released, the springs exert equal and opposite average forces for the same time on each toy cart. If v_(1) and v_(2) are the velocities of the toy carts and there is no friction between the toy carts and the ground, then :

A wire frame ABCD has a soap film. The wire BC can slide on the frame without friction and it is in equilibrium in the position shown in the figure. Find m, if T is the surface tension of the liquid.