Pumping a hydrochloric acid solution (Fig 7A 2), a dilute HC1 solution of constant density and viscosity ( p 62 4lb m ft 3 , 1 cp) is to be pumped from tank I to tank 2 with no overall change in elevation The pressures in the gas spaces of the two tanks are p 1 1 arm and P 2 4 arm The pipe radius i...

Pumping a hydrochloric acid solution Equation 7510 reduces to Wm 1 P2 P1 P for the l ...

Pumping a hydrochloric acid solution (Fig. 7A.2), a dilute HC1 solution of constant density and viscosity (

Question:

Pumping a hydrochloric acid solution (Fig. 7A.2), a dilute HC1 solution of constant density and viscosity (p = 62.4lb_m/ft³, µ = 1 cp) is to be pumped from tank I to tank 2 with no overall change in elevation. The pressures in the gas spaces of the two tanks are p₁ = 1 arm and P₂ = 4 arm. The pipe radius is 2 in. and the Reynolds number is 7.11 x 10⁴. The average velocity in the pipe is to be 2.30 ft/s. What power must be delivered by the pump?

Tank 2 Tank 1 - 300 ft- P2 P1 Pump Inside radius 2