The force produced in the wire when a 1.0 kg weight is hung from the lower end of a wire of uniform cross section of 10 square mm...

One end of a uniform wire of length l and weight W is attached to a point in the roof and a weight W/2 is suspended from the lower end. If A is the area fo cross-section of the wire, then stress of the wire at its midpoint will be

One end of uniform wire of length L and of weight W is attached rigidly to a point in the roof and a weight W_(1) is suspended from its lower end. If s is the area of cross section of the wire, the stress in the wire at a height ( 3L//4 ) from its lower end is

One end of uniform wire of length L and of weight W is attached rigidly to a point in the roof and a weight N is suspended from its lower end if s is the area of cross-section of the wire the stress in the wire at a height (L)/(4) from its lower end is

One end of a uniform wire of length L and of weight W is attached rigidly to a point in the roof and a weight W_(1) is suspended from its lower end. If S is the area of cross-section of the wire, the stress in the wire at a height 3 L/4 from its lower end is

One end of a unifrom wire of length L and weigth W is attached rigidly to a point in the roof and a weight W_(1) is suspended from its lower end. If S is the area of cross-section of the wire then the stress in the wire at a height (3L)/(4) from its lower end is

One end of a wire of length L and weight w is attached rigidly to a point in roof and a weight w_(1) is suspended from its lower end. If A is the area of cross-section of the wire then the stress in the wire at a height (3L)/(4) from its lower end is

One end of a uniform wire of length 'L' and mass 'M' is attached rigidly to a point in the roof and a load of a mass 'm' is suspended from its lower end. If A is the area of cross-section of the wire then the stress in the wire at height 'x' from its lower end (x lt L) is