A rod has Poisson's ratio `0.2`. If a rod suffers a longtudinal strain of `2xx10^(-3)`, then the percentage change in volume is

A material has Poisson's ratio 0.20. If a uniform rod suffers a longitudinal strain 2xx10^(-3) , then the percentage change in volume is

A material has poissons ratio 0.20. If a uniform rod of it suffers a longitudinal strain of 2xx10^(-2) then the percentage change in volume is

A material has Poisson 's ratio 0.50 . If a uniform rod it suffers a longitudinal strain of 2 xx 10 ^(-3) then the percentage change in volume is

A material has Poisson's ratio 0.50 . If a uniform rod of it suffers a longitudinal strain of 2 xx 10^(-3) , then the percentage change in volume is

A material has Poisson ratio 0.5 . If a rod of material has a longitudinal strain 2xx10^-3 , the percentage change in volume is :

A material has Poisson's ratio 0.50.If a uniform rod of it suffers a longitudinal strain of 2times10^-3 ,then the percentage change in volume is

A material has poissons ratio 0.5. If a uniform rod of it suffers a longitudinal strain of 2xx 10^(-3) , then the percentage increase in its volume is

A material has Poisson's ratio 0.5 , If a uniform rod of it suffers a longtiudinal strain of 2xx10^(-3) then the percentage increases in its volume is