The Young's modulus of the material of the wire of length L and radius r is Y `Nm^(-2)`. If the length is reduced to L/2 and radius r/2, then Young's modulus will be.

The Youngs modulus of the material of the wire of length L and radius r is Y Nm^(-2) . If the length is reduced to L/2 and radius r/2, then Youngs modulus will be.

The Young’s modulus of the material of the wire of length L and radius r is Y N//m^2 . If the length is reduced to L/2 and radius to r/2, the Young's modulus will be

The young's modulus of a wire of length (L) and radius (r ) is Y. If the length is reduced to L/2 and radius r/2 , then its young's modulus will be

The young's modulus of a wire of length (L) and radius (r ) is Y. If the length is reduced to L/2 and radius r/2 , then its young's modulus will be

The young's modulus of a wire of length (L) and radius (r ) is Y. If the length is reduced to L/2 and radius r/2 , then its young's modulus will be

The young's modulus of a wire of length (L) and radius (r ) is Y. If the length is reduced to L/2 and radius r/2 , then its young's modulus will be

The young's modulus of a wire of length (L) and radius (r ) is Y. If the length is reduced to L/2 and radius r/2 , then its young's modulus will be

The Young's modulus of a wire of length L and radius r is Y. If the length is reduced to L/2 and radius to r/2 , its Youn's modulus will be …………. .

COMPLETION TYPE QUESTIONS The Young's modulus of a wire of length L and radius r is Y. If the length is reduced to L/ 4 and radius r/4, then its Young's modulus will be_______.