Solved: In Chapter 1, it was stated that for
Chapter , Problem 8.9(choose chapter or problem)
In Chapter 1, it was stated that for incompressible liquids, flow work could usually be neglected in the steady-flow energy equation (Equation 1.12d). In the trans-Alaska pipeline, the high viscosity of the oil and long distances cause significant pressure drops, and it is reasonable to question whether flow work would be significant. Consider an L 100 km length of pipe of diameter D 1.2 m, with oil flow rate 500 kg/s. The oil properties are 900 kg/m3 , cp 2000 J/kg K, 0.765 N s/m2 . Calculate the pressure drop, the flow work, and the temperature rise caused by the flow work. 8.10
Unfortunately, we don't have that question answered yet. But you can get it answered in just 5 hours by Logging in or Becoming a subscriber.
Becoming a subscriber
Or look for another answer