A uniform wire of length L and weight W is rigidly fixed at one end and a load W_1 is applied at its othe end. IF the area of cross section of the wire is S, then stress developed In the wire at a distance (3L)/4 from its lower end will be (assume that increase in length of the wire is very small)

A uniform wire of length L and weight W is rigidly fixed at one end an

1.	A uniform wire of length L and weight W is rigidly fixed at one end and a load W_1 is applied at its othe end. IF the area of cross section of the wire is S, then stress developed In the wire at a distance (3L)/4 from its lower end will be (assume that increase in length of the wire is very small)
Answer» `W_1/S` `(((3W)/4))/S` `((W_1+(3W)/4))/S` `((W_1+(W)/4))/S` ANSWER :C