Question

Crude oil (kinematic viscosity 2.9 cSt, density 876 kg/m³), travels at 300 gpm down a 3" sch 40 pipe (find ID in Appendix A-2) towards a storage tank. There are two branches into the tank; one enters at ground level, the other at the top of the tank 10 m above. The tank already has a level of oil 8m high in it. What is the flow of oil flowing through the bottom and top paths? 1 cSt = $10^{-6}$ m²/s K-Values in Table 6.7 - bottom path is travelling through the T, top path branches at the T, top path passes through a standard elbow. Don't forget the sudden expansion entering the tank (both paths, or just one?).

          Crude oil (kinematic viscosity 2.9 cSt, density 876 kg/m³), travels at 300 gpm down a 3" sch 40 pipe (find ID in Appendix A-2) towards a storage tank. There are two branches into the tank; one enters at ground level, the other at the top of the tank 10 m above. The tank already has a level of oil 8m high in it. What is the flow of oil flowing through the bottom and top paths?
1 cSt = $10^{-6}$ m²/s
K-Values in Table 6.7 - bottom path is travelling through the T, top path branches at the T, top path passes through a standard elbow. Don't forget the sudden expansion entering the tank (both paths, or just one?).

Crude oil (kinematic viscosity 2.9 cSt, density 876 kg/m³), travels at 300 gpm down a 3" sch 40 pipe (find ID in Appendix A-2) towards a storage tank. There are two branches into the tank; one enters at ground level, the other at the top of the tank 10 m above. The tank already has a level of oil 8m high in it. What is the flow of oil flowing through the bottom and top paths?
1 cSt = 10^-6 m²/s
K-Values in Table 6.7 - bottom path is travelling through the T, top path branches at the T, top path passes through a standard elbow. Don't forget the sudden expansion entering the tank (both paths, or just one?).

Added by Jackie L.

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