Top 1000+ Solved Fluid Mechanics (FM) MCQ Questions Answer

From 196 to 210 of 1033

Q. Which among the following is not a multi-cylinder pump?

a. Double acting simplex

b. Single acting duplex

c. Double acting duplex

d. Single acting triplex View Answer

  • a. Double acting simplex

Q. A pressure vessel is used to hold              

a. Air

b. Gases

c. Molecules

d. Solids View Answer

  • b. Gases

Q. A tank that is used to protect closed water heating systems is called                

a. Pressure vessel

b. Expansion vessel

c. Heat vessel

d. Auto vessel View Answer

  • b. Expansion vessel

Q. How is the construction of the vessel tested?

a. Uniform testing

b. Continuous testing

c. Pulsating test

d. Non-destructive testing View Answer

  • d. Non-destructive testing View Answer

Q. Where is the excess quantity of water from the pump accumulated?

a. Froth tube

b. Draft tube

c. Air vessels

d. Bicycle pump View Answer

  • c. Air vessels

Q. What is the shape of a pressure vessel?

a. Square

b. Spheres

c. Cones

d. All the shapes View Answer

  • d. All the shapes View Answer

Q. Pressure vessel closures are used to                  

a. Avoid breakage

b. Avoid leakage

c. Retain structures

d. Maintain pressure View Answer

  • c. Retain structures

Q. Force exerted by a jet on a stationery plate happens in how many cases?

a. 3 cases

b. 2 cases

c. 1 case

d. Nil

  • a. 3 cases

Q. Force exerted by a jet on a moving plate happens in how many cases?

a. 3 cases

b. 2 cases

c. 1 case

d. Nil

  • a. 3 cases

Q. In a stationery vertical plate, the jet after striking the plate will move              

a. In opposite direction

b. Along the plate

c. Perpendicular to the plate

d. Parallel to the plate

  • b. Along the plate

Q. Which among the following is the formula for relative velocity?

a. V + u

b. Vu

c. V – u

d. V/u

  • a. V + u

Q. Principle of fluid mechanics works on the utilization of               

a. Accelerating mass

b. Volume

c. Work

d. Velocity

  • c. Work

Q. The force analysis on a curved vane is understood using            

a. Velocity triangles

b. Angle of the plate

c. Vane angles

d. Plate dimensions

  • a. Velocity triangles

Q. How is absolute velocity at inlet denoted?

a. V

b. V1

c. C

d. v

  • b. V1
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