M C Q s D r i v e

Chemical Engineering Mcqs 9594 MCQs [All-Courses]

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Chemical Engineering MCQs designed for job test and interview preparation, particularly for fresh graduates, students, and candidates appearing in competitive exams. These multiple-choice questions cover important topics such as the fundamentals of chemical engineering, chemical processes, chemical reactions, process control, and instrumentation, along with other key concepts in the field.

In a/an _____________, the flow rate of fluids is obtained by measuring the difference between the impact and the static pressure?
A Rotameter
B Pitot tube
C Venturimeter
D Flow nozzle
Correct Answer: Pitot tube
_____________ pump is the most suitable device for discharging a liquid against a pressure of ≥ 1500 kgf/cm2?
A Centrifugal
B Piston
C Plunger
D Vane
Correct Answer: Plunger
Pascal law is not applicable for a/an ________________________ fluid?
A Accelerating frictionless
B Static
C Uniformly moving
D None of these
Correct Answer: None of these
The ______________ pressure is measured by a static tube?
A Dynamic
B Static
C Total
D None of these
Correct Answer: Static
Pressure drop in packed bed for turbulent flow is given by the ______________ equation?
A Kozeny-Carman
B Blake-Plummer
C Leva’s
D Hagen-Poiseuille’s
Correct Answer: Blake-Plummer
Air vessel fitted to a reciprocating pump____________________?
A Increases the work done
B Decreases the work done
C Causes cavitation
D Results in non-uniform discharge
Correct Answer: Decreases the work done
The maximum discharge through a circular channel takes place, when the depth of the fluid flow is ______________ times the pipe diameter?
A 0.25
B 0.5
C 0.66
D 0.95
Correct Answer: 0.95
A pressure of 10 m head of water is equivalent to ______________ kN/m2?
A 98
B 147
C 196
D 49
Correct Answer: 98
Fanning friction factor equation applies to the _____________ fluid flow?
A Non-isothermal condition of
B Compressible
C Both A. and B.
D Neither A. nor B.
Correct Answer: Neither A. nor B.
A centrifugal pump is used to pump water through a horizontal distance of 150 m, and then raised to an overhead tank 10 m above. The pipe is smooth with an I.D of 50 mm. What head (m of water) must the pump generate at its exit E. to deliver water at a flow rate of 0.001 m3/s? The Fanning friction factor, f is 0.0062 ?
A 10 m
B 11 m
C 11.8 m
D 30 m
Correct Answer: 11 m