Explore topic-wise MCQs in Environmental Engineering.

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

1.

The head loss through the screen is given by HL = k* (Vt2 – Va2), where Vt and Va are velocities through and above the screen respectively. What is the value of constant k?

A. 1
B. 0.0050
C. 0.0729
D. 0.0236
Answer» D. 0.0236
2.

The maximum spacing between the bars in medium screen is ____________

A. 40mm
B. 50mm
C. 70mm
D. 90mm
Answer» B. 50mm
3.

Screens are inclined to the direction of flow to ____________

A. Increase the flow velocity
B. Increase the opening area
C. Decrease the flow velocity
D. Increase the head loss
Answer» D. Increase the head loss
4.

The spacing between the bars in racks is ____________

A. 30mm
B. 50mm
C. 70mm
D. 90mm
Answer» C. 70mm
5.

The minimum spacing between the bars on fine screen is ____________

A. 0.3mm
B. 0.9mm
C. 1.5mm
D. 0.5mm
Answer» D. 0.5mm
6.

The head loss through the screen is given by HL = k* (Vt2 – Va2), where Vt and Va are velocities through and above the screen respectively. What is the value of constant k?$

A. 1
B. 0.0050
C. 0.0729
D. 0.0236
Answer» D. 0.0236
7.

What is the maximum capacity of medium screen in collecting solids?

A. 30L
B. 40L
C. 50L
D. 90L
Answer» E.
8.

__________ is used to cut the sewage into smaller parts.

A. Flocculator
B. Tube settlers
C. Shredders
D. Aerators
Answer» D. Aerators
9.

The maximum spacing between the bars in medium screen is

A. 40mm
B. 50mm
C. 70mm
D. 90mm
Answer» B. 50mm
10.

Screens are inclined to the direction of flow to

A. Increase the flow velocity
B. Increase the opening area
C. Decrease the flow velocity
D. Increase the head loss
Answer» D. Increase the head loss
11.

The spacing between the bars in racks is

A. 30mm
B. 50mm
C. 70mm
D. 90mm
Answer» C. 70mm
12.

The minimum spacing between the bars on fine screen is

A. 0.3mm
B. 0.9mm
C. 1.5mm
D. 0.5mm
Answer» D. 0.5mm