la. Processed at average flow rate (Vmax) b real momentum flux / average flow rate of momentum flux c. energy flux / average flow of energy flux

-Pls. Momentum conservation F, = - SL a pu:(v.n) dA+ SIL , dV C.S. EFx = P(2ar Ar)/x - P(2ar Ar)x+4r + Trx(2ar Ar)/r+Ar Trx(2ar Ar)], Pressure difference Shear stress in direction x momentum flux SI Uxplv.n)dA = (pvx)(2ar Arvx)/x+4r - (pvx)(2ar Arvx)x = (pvx)(2ar Arvx)/x+Ar - (pux)(21 Arvx) = 0) (:: Vx = constant) in steady flow. a III t VxP DV = 0 Ic.v