nitrogen pressure is 5.66 psig, kerosene at 75F has a density of 816.942 kg/m3 and a viscosity of 4.38 lbm/ft hr. The pipe is rough commercial steel with a diameter of 2 in [ID], the elevation increase is 5.15 ft, and the flowrate of kerosene is 46.55 gpm. Given that flowrate, what is the effective length of the pipe (including fittings) in ft? Assume a friction factor of 0.00632.

You are trying to pump kerosene from one tank to another by using nitrogen gas as shown in the image. The nitrogen pressure is 5.66 psig, kerosene at 75F has a density of 816.942 kg/m3 and a viscosity of 4.38 lbm/ft hr. The pipe is rough commercial steel with a diameter of 2 in [ID], the elevation increase is 5.15 ft, and the flowrate of kerosene is 46.55 gpm. Given that flowrate, what is the effective length of the pipe (including fittings) in ft? Assume a friction factor of 0.00632. Vent 20 ft Pn Nitrogen