A 60 mm diameter pipe as shown contains glycerin with a density of 1258 kg/cu.m at 8.5 cu.m/hr. a. Compute the velocity of glycerin flowing inside the pipe. b. Compute the head loss for these pressures. c. Compute the head loss between point a and b.
A 60 mm diameter pipe as shown contains glycerin with a density of 1258 kg/cu.m at 8.5 cu.m/hr. a. Compute the velocity of glycerin flowing inside the pipe. b. Compute the head loss for these pressures. c. Compute the head loss between point a and b.
Chapter2: Loads On Structures
Section: Chapter Questions
Problem 1P
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A 60 mm diameter pipe as shown contains glycerin with a density of 1258 kg/cu.m at 8.5 cu.m/hr.
a. Compute the velocity of glycerin flowing inside the pipe.
b. Compute the head loss for these pressures.
c. Compute the head loss between point a and b.
Transcribed Image Text:3.8 atm
12 m
2 atm
A
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