The pipe section below is

L=730mm

long and is loaded with a tensile force of

P=43kN

and remains elastic

(\\\\sigma

)

=

(

E\\\\epsi )

. The outside radius of the pipe is

r_(0)=14mm

and the inside radius is

r_(i)=12mm

. The pipe material has an elastic moduuls of

E=70GPa

and a Poisson's Ratio of

\ u =0.3

. Determine the volume change of the pipe. Express the change in volume in

mm^(3)

, to the nearest

mm^(3)

. To ensure an accurate answer, keep at least 5 decimal places for all intermediate calculations in this problem.

The pipe section below is L=730mm long and is loaded with a tensile force of P=43kN and remains elastic (=E). The outside radius of the pipe is r0=14mm and the inside radius is ri=12mm. The pipe material has an elastic moduuls of E=70GPa and a Poisson's Ratio of =0.3. Determine the volume change of the pipe. Express the change in volume in mm3, to the nearest mm3. To ensure an accurate answer, keep at least 5 decimal places for all intermediate calculations in this