Q2. In the figure shown, Pipe A is 15cm, pipes C and D are 8-cm-diameter. All are cast iron. (1) Determine the flow rates from reservoir at pipe A and into each of the pipes B and C if valve C is (a) closed; and (b) open, and (2) the head at the junction if valve C is (a) closed; and (b) open. (Solve using both techniques branching and parallel pipes) (1) Z=25m |(2) Z=0 L=50m Water B 10m L=100m 30m A L=70m Valve
Q2. In the figure shown, Pipe A is 15cm, pipes C and D are 8-cm-diameter. All are cast iron. (1) Determine the flow rates from reservoir at pipe A and into each of the pipes B and C if valve C is (a) closed; and (b) open, and (2) the head at the junction if valve C is (a) closed; and (b) open. (Solve using both techniques branching and parallel pipes) (1) Z=25m |(2) Z=0 L=50m Water B 10m L=100m 30m A L=70m Valve
Chapter2: Loads On Structures
Section: Chapter Questions
Problem 1P
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Transcribed Image Text:Q2. In the figure shown, Pipe A is 15cm, pipes C and D are 8-cm-diameter. All are cast iron.
(1) Determine the flow rates from reservoir at pipe A and into each of the pipes B and C if
valve C is (a) closed; and (b) open, and
(2) the head at the junction if valve C is (a) closed; and (b) open. (Solve using both
techniques branching and parallel pipes)
(1) Z=25m
|(2) Z=0
L=50m
Water
B
10m
L=100m
30m
A
L=70m Valve
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