A mass M of 100 kg is suspended with the use of strings A, B 90 and C as shown in the figure, where W is the vertical wall and R is a rigid horizontal rod. The tension in the string B is

A mass M of 100 kg is suspended with the use of strings A,B and C as shown in the figure,where W is the vertical wall and R is a rigid horizontal rod.The tension in the sttring B is : .

A blolck D weighing 300kg is suspended by means of two cords A and B as shown in the figure. W is a vertical wall and R a horizontal rigid beam. The tension in the string A in kg is :

A blolck D weighing 300kg is suspended by means of two cords A and B as shown in the figure. W is a vertical wall and R a horizontal rigid beam. The tension in the string A in kg is :

A 100 kg block is suspended with the help of three strings A, B and C. The tension in the string A is

A uniform rod of mass m and length L is suspended with two massless strings as shown in the figure. If the rod is at rest in a horizontal position the ratio of tension in the two strings T_1/T_2 is:

A uniform rod of mass m and length L is suspended with two massless strings as shown in the figure. If the rod is at rest in a horizontal position the ratio of tension in the two strings T_1/T_2 is:

A uniform rod of mass m and length L is suspended with two massless strings as shown in figure. If the rod is at rest in a horizontal position the ratio of tension in the two strings T_(1)//T_(2) is

A block of mass 10 kg is suspended by three strings as shown in figure . Tension T_(2) is

A block of mass 10 kg is suspended by three strings as shown in figure . Tension T_(2) is

A body of mass 60 kg suspended by means of three strings, P, Q and R as shown in the figure is in equlibrium. The tension in the string P is