2. Copper tubing is used to convey 30% Prop Glycol. The system consists of 6.56 ft of 1 std type M tubing attached in series to 9.84 ft of 3/4 std type M copper tubing, as indicated in the Figure. The flow rate of the system is 15.85 gpm. Using E-pipeAlator, determine the head loss over the 16.40 ft length of the tubing. All fittings are welded. * = 5.9e-5 inch. Redo the problem for a similar copper tubing system without pipe size reduction (1 std type is used for the entire length). Determine the percentage increase in the head loss due to size reduction.
2. Copper tubing is used to convey 30% Prop Glycol. The system consists of 6.56 ft of 1 std type M tubing attached in series to 9.84 ft of 3/4 std type M copper tubing, as indicated in the Figure. The flow rate of the system is 15.85 gpm. Using E-pipeAlator, determine the head loss over the 16.40 ft length of the tubing. All fittings are welded. * = 5.9e-5 inch. Redo the problem for a similar copper tubing system without pipe size reduction (1 std type is used for the entire length). Determine the percentage increase in the head loss due to size reduction.
Chapter1: Taking Risks And Making Profits Within The Dynamic Business Environment
Section: Chapter Questions
Problem 1CE
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
Transcribed Image Text:2. Copper tubing is used to convey 30% Prop Glycol. The system consists of 6.56 ft of 1 std
type M tubing attached in series to 9.84 ft of 3/4 std type M copper tubing, as indicated in the
Figure. The flow rate of the system is 15.85 gpm. Using E-pipeAlator, determine the head loss
over the 16.40 ft length of the tubing. All fittings are welded. * = 5.9e-5 inch.
Redo the problem for a similar copper tubing system without pipe size reduction (1 std type is
used for the entire length). Determine the percentage increase in the head loss due to size
reduction.
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