The stress required to double the length of wire (r) to produce `100%` longitudinal strain is

Show that stress required to double the length of wire (or) to produce 100% longitudinal strain is numerically equal to Young's modulus.

The stress required to double the length of a wire of Young's modulus Y is

Find stress required to double the length of a wire of Young's modulus Y.

The stress required to double the length of a wire of Young.s modulus .E. is ---

COMPLETION TYPE QUESTIONS The stress required to double the length of a wire of Young's modulus Y is equal to ________.

What will be the stress required to double the length of a wire of Young's modulus Y?

What will be the stress required to double the length of a wire of Young's modulus Y?

Show that the Young.s modulus of the material of a wire is equal to the stress required to double the initial length of the wire. Assume that Hookes law holds good throughout the process.

The ratio of tensile stress to the longitudinal strain is defined as

The ratio of tensile stress to the longitudinal strain is defined as