Explore topic-wise MCQs in Food Engineering.

This section includes 12 Mcqs, each offering curated multiple-choice questions to sharpen your Food Engineering knowledge and support exam preparation. Choose a topic below to get started.

1.

STATEMENT_1:_TWO_PIPES_ARE_JOINED_USING______?$

A.
B. Union Joint, Coupling
C. Coupling, Gasket
Answer» C. Coupling, Gasket
2.

PIPES_ARE_DESCRIBED_IN_THE_FORM_OF______?$

A. None of the mentioned
B. Formation Number
C. All of the mentioned
D. Schedule Number
Answer» E.
3.

Which of the following is true about On-Off Control?$

A. On-Off valves are called Plug Cocks
B. The size of the valve path is as big as the pipe itself
C. Pressure drop in these is the least compared to all other valves
D. All of the mentioned
Answer» E.
4.

Statement 1: When an additional connection such as a valve/ tap is to be added, _____ is used.$

A.
B. Union joint, True
C. Union joint, False
Answer» D.
5.

Statement 1: Non-Newtonian fluids have a linear relationship between shear stress and shear strain?

A.
B. True, False
C. True, True
Answer» D.
6.

Which of the following pumps is this pump- It has no rotating or reciprocating parts involved. No leakage. Air/gas used to impart energy.

A. Piston pump
B. Diaphragm pump
C. Gear pump
D. Air-lift pump
Answer» E.
7.

Statement 1: Friction factor ‘f’ is an important factor in turbulent flow.$

A. to kinetic energy head ((ρv<sup>2</sup>)⁄2g).
B. True, False
C. True, True
D. False, False
Answer» C. True, True
8.

The energy loss due to the friction at the walls of a pipe is called _____

A. Kinetic friction
B. Skin friction
C. Static friction
D. None of the mentioned
Answer» C. Static friction
9.

Statement 1: Reynolds number is the ratio of viscous force to Inertial Force.

A.
B. True, False
C. True, True
Answer» D.
10.

In Bernoulli’s equation, the friction correction factor is added to the LHS and the energy contributed by the pump is written on the RHS.$

A. True
B. False
Answer» C.
11.

What is Kinetic Energy Factor in the Bernoulli’s equation?$

A. It is because friction varies
B. It is because friction stays constant
C. It is because the velocity in every layer varies and only the average velocity is accounted hence a correction factor is a need
D. None of the mentioned
Answer» D. None of the mentioned
12.

Statement 1: Bernoulli’s equation can be applied to flow through pipes both, with and without friction.

A.
B. True, False
C. True, True
Answer» B. True, False