McqMate
Sign In
Hamberger menu
McqMate
Sign in
Sign up
Home
Forum
Search
Ask a Question
Sign In
McqMate Copyright © 2025
→
Civil Engineering
→
Hydraulics
→
The centre of pressure lies below the ce...
Q.
The centre of pressure lies below the centre of gravity of the immersed surface.
A.
true
B.
false
C.
all
D.
none
Answer» A. true
1.3k
0
Do you find this helpful?
6
View all MCQs in
Hydraulics
Discussion
No comments yet
Login to comment
Related MCQs
A circular plate 2.5 m diameter is immersed in water with its greatest and lowest depth below the free surface being 3.0m and 1.0m respectively. Find the position of centre of pressure
A rectangular plate of 2 m x 3 m height is immersed in water vertically with top edge parallel to and at depth of 3 m below free surface. Calculate total water pressure.
An inverted triangular plate is having base parallel to water surface with width 1.6 m and height 2.10 m. It is submerged in water in such a way that its base is 1.0 m below free surface. Find total pressure.
When pressure is measured with reference to atmospheric pressure, but it is below atmospheric pressure, it is known as
A simple manometer containing mercury is used to measure pressure of oil (sp. gr. 0.8) flowing in a pipe as shown below. Mercury level in open tube is 150 mm higher than that on left limb. If height of oil in left limb is 90 mm, determine the pressure in terms of head of water in a pipe.
The air surrounding the earth Possess some weight. Due to its weight, the air exerts some pressure on the surface of the earth. This pressure is known as
The force exerted by a statue fluid on a surface either plane or curved when the fluid comes in contact with the surface is called,
The force exerted by a statue fluid on a surface either plane or curved when the fluid comes in contact with the surface.
The velocity of liquid particles at the centre of pipe is less than the velocity of particles near the inner surface of pipe.
When the free surface of a stream is in contact with the atmosphere and the flow is flowing due to gravitational force and atmospheric pressure, it is called