An engineer sees a water flow through a 0.4 km long and 200 mm diameter pipe having a roughness of 0.0015 mm at 0.075 cubic meter per second. Assuming that the property of H2O is u = 0.001 Nm/sec and p = 1 g/cu.m. He is bored, so he wanted to calculate the following, help him. a. the pressure drop cause of friction b. velocity of H2O in the pipe c. find the Re?
An engineer sees a water flow through a 0.4 km long and 200 mm diameter pipe having a roughness of 0.0015 mm at 0.075 cubic meter per second. Assuming that the property of H2O is u = 0.001 Nm/sec and p = 1 g/cu.m. He is bored, so he wanted to calculate the following, help him. a. the pressure drop cause of friction b. velocity of H2O in the pipe c. find the Re?
Chapter2: Loads On Structures
Section: Chapter Questions
Problem 1P
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An engineer sees a water flow through a 0.4 km long and 200 mm diameter pipe having a roughness of 0.0015 mm at 0.075 cubic meter per second. Assuming that the property of H2O is u = 0.001 Nm/sec and p = 1 g/cu.m.
He is bored, so he wanted to calculate the following, help him.
a. the pressure drop cause of friction
b. velocity of H2O in the pipe
c. find the Re?
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