Find the tension in the strings AC and BC shown in figure.

Find the tension in the string in situation as shown in the figure below . Forces 120 N and 100N start acting when the system is at rest.

Determine the tensions T_1 and T_2 in the strings as shown in figure.

Calculate the tension in the string shown in figure. The pulley and the string are light and all surfaces are frictionless. Take g=10 m/ s^2 .

Calculate the tension in the string shown in the figure. All the surfaces are frictionless. (Take g = 10// ms^(-1) )

The coefficient of friction between two surface is mu= 0.8 . The tension in the string as shown in the figure is

The tension T in the string shown in figure is

Find the tension T_(2) in the system shown in the figure.

(a) A box of weight 10sqrt(3) N is held n equilibrium with the help of two strings OA and OB as shown in figure-1. the string OA is horizontal. Find the tensions in both the stings. (b) If you can change location of the point A on the wall and hence the orientation of the string OA without altering the orientation of the string OB as shown in figure-II. what angle should the string OA make with the wall so that a minimum tension is developed in it?

A block of mass 2 kg is kept at rest on a smooth inclied plane as shown in (a) with the help of a string Find the tension in the string and reaction on the block if the string is cut, find the acceleration of the block neglecting friction.