Question
a.
the frictional resistance depends on the nature of the surface area of contact
b.
the frictional resistance is independent of the nature of the surface area of contact
c.
the frictional resistance depends on the nature of the surface area of contact for laminar flows but is independent of the nature of the surface area of contact for turbulent flows
d.
the frictional resistance is independent of the nature of the surface area of contact for laminar flows but depends on the nature of the surface area of contact for turbulent flows
Posted under Fluid Mechanics
Interact with the Community - Share Your Thoughts
Uncertain About the Answer? Seek Clarification Here.
Understand the Explanation? Include it Here.
Q. Which one of the following is correct?
Similar Questions
Explore Relevant Multiple Choice Questions (MCQs)
Q. Which one of the following is correct?
View solution
Q. Which one of the following is correct?
View solution
Q. A liquid flows through pipes 1 and 2 with the same flow velocity. If the ratio of their pipe diameters d₁ : d₂ be 3:2, what will be the ratio of the head loss in the two pipes?
View solution
Q. A liquid flowss through two similar pipes 1 and 2. If the ratio of their flow velocities v1 : v2 be 2:3, what will be the ratio of the head loss in the two pipes?
View solution
Q. A liquid flows with the same velocity through two pipes 1 and 2 having the same diameter. If the length of the second pipe be twice that of the first pipe, what should be the ratio of the head loss in the two pipes?
View solution
Q. The head loss at the entrance of the pipe is _____________ that at it’s exit.
View solution
Q. On which of the factors does the co-efficent of bend in a pipe depend?
View solution
Q. Energy gradient line takes into consideration
View solution
Q. Hydraulic gradient line takes into consideration
View solution
Q. Which of the following is true?
View solution
Q. Which of the following is true?
View solution
Q. Which of the following is true?
View solution
Q. The vertical intercept between EGL and HGL is equal to
View solution
Q. The slope of HGL will be
View solution
Q. For a nozzle, the vertical intercept between EGL and HGL
View solution
Q. For a diffuser, the vertical intercept between EGL and HGL
View solution
Q. Which of the following is true?
View solution
Q. The liquid flowing through a series of pipes can take up__________
View solution
Q. What is the total loss developed in a series of pipes?
View solution
Q. The total head loss for the system is equal to_________
View solution
Recommended Subjects
Are you eager to expand your knowledge beyond Fluid Mechanics? We've handpicked a range of related categories that you might find intriguing.
Click on the categories below to discover a wealth of MCQs and enrich your understanding of various subjects. Happy exploring!