Mechanical Engineering Exam > Mechanical Engineering Tests > Fluid Mechanics for Mechanical Engineering > Test: Flow Through Pipes - 1 - Mechanical Engineering MCQ
Test: Flow Through Pipes - 1 - Mechanical Engineering MCQ
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10 Questions MCQ Test Fluid Mechanics for Mechanical Engineering - Test: Flow Through Pipes - 1
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Test: Flow Through Pipes - 1 - Question 1
If a set of pipes described by (L1 D1,f1), (L2, D2, f2)... are connected in series then an equivalent pipe (Le, De, fe) is related as
Test: Flow Through Pipes - 1 - Question 2
If a set of pipes described by (L1 D1,f1), (L2, D2, f2)... are connected in parallel between two points, then an equivalent pipe (Le, De, fe) is related as
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Test: Flow Through Pipes - 1 - Question 3
The head loss in a sudden expansion from 5 cm diameter to 10 cm diameter pipe, in terms of velocity V1 in the 5 cm pipe
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Test: Flow Through Pipes - 1 - Question 4
In a sudden contraction, the velocity head changes from 0.5 m to 1.25 m. The coefficient of contraction is 0.66. The head loss in this contraction is
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Test: Flow Through Pipes - 1 - Question 6
The loss at the exit of a submerged pipe in a reservoir is
Test: Flow Through Pipes - 1 - Question 7
A pipe has a well rounded entrance from a reservoir. If the head loss at the entrance is expressed a
the value of K would be about
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Test: Flow Through Pipes - 1 - Question 8
In a 15 cm pipe line, the minor losses add upto 
The length of a pipe of 15 cm diameter 2fif {f = 0.03) equivalent to this loss is
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Test: Flow Through Pipes - 1 - Question 9
Three identical pipes of lenght L, diameter D and friction factor f, are connected in series between two reservoirs. The size of a pipe of length L and of the same friction factor f, equivalent to above pipeline, is
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Test: Flow Through Pipes - 1 - Question 10
Two pipe systems in series are said to be equivalent when
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