A circular pipe made of stainless steel with a density \rho has the inside diameter d_(i), the outer diameter d_(o)
and the length L. The ends of the tube are open. According to this;
ad_(i)=15cm,d_(o)=20cm,L=5m and \rho =7800k(g)/(m^(3)), determine the nominal value of the mass of this pipe
(m_(n)) in kg unit.
bd_(i)=15cm+-0.3%,d_(o)=20cm+-0.5%,L=5m+-0.7% and \rho =7800k(g)/(m^(3))+-0.9%m d_(i)=15cm+-0.3%,d_(o)=20cm+-0.5%,L=5m+-0.7% and \rho =7800k(g)/(m^(3))+-0.9%m R=R(x_(1),x_(2),x_(3),dotsdots,x_(n)),
w_(R)=+-[((delR)/(delx_(1))w_(x_(1)))^(2)+((delR)/(delx_(2))w_(x_(2)))^(2)+((delR)/(delx_(3))w_(x_(3)))^(2)+dots+((delR)/(delx_(n))w_(x_(n)))^(2)]^((1)/(2))
dd_(i)=15cm+-0.3%,d_(o)=20cm+-0.5%,L=5m+-0.7% and \rho =7800k(g)/(m^(3))+-0.9%m A circular pipe made of stainless steel with a density \rho has the inside diameter d_(i), the outer diameter d_(o)
and the length L. The ends of the tube are open. According to this;
ad_(i)=15cm,d_(o)=20cm,L=5m and \rho =7800k(g)/(m^(3)), determine the nominal value of the mass of this pipe
(m_(n)) in kg unit.
bd_(i)=15cm+-0.3%,d_(o)=20cm+-0.5%,L=5m+-0.7% and \rho =7800k(g)/(m^(3))+-0.9%m d_(i)=15cm+-0.3%,d_(o)=20cm+-0.5%,L=5m+-0.7% and \rho =7800k(g)/(m^(3))+-0.9%m R=R(x_(1),x_(2),x_(3),dotsdots,x_(n)),
w_(R)=+-[((delR)/(delx_(1))w_(x_(1)))^(2)+((delR)/(delx_(2))w_(x_(2)))^(2)+((delR)/(delx_(3))w_(x_(3)))^(2)+dots+((delR)/(delx_(n))w_(x_(n)))^(2)]^((1)/(2))
dd_(i)=15cm+-0.3%,d_(o)=20cm+-0.5%,L=5m+-0.7% and \rho =7800k(g)/(m^(3))+-0.9%m