Civil Engineering - Hydraulics - Discussion

Discussion Forum : Hydraulics - Section 3 (Q.No. 47)
47.
Specific weight of liquid
remains constant at every place
does not remain constant at every place
varies from place to place on the earth
does not vary on any other planet.
Answer: Option
Explanation:
No answer description is available. Let's discuss.
Discussion:
26 comments Page 2 of 3.

Sumit malik said:   5 years ago
Specific weight is directly proportional to the weight of the fluid, means mass x gravitational force. And g is not constant at every place.

So, the answer should be C.

Kumarisagina said:   5 years ago
C is the correct answer.

Rajan kushwaha said:   6 years ago
I think the answer should be B and C because the value of g change from place to place even on earth so it does not remain contact at every place. And specific weight depends upon g and mass So it will change from place to place.

Sandesh pangeni said:   8 years ago
Describe it.

Vaish said:   6 years ago
B should be the correct answer.

Anurag raput said:   7 years ago
B and C both correct.

Because Sp.Wt =density (multiply) acceleration. Acceleration is variable place to place.

Anuj said:   7 years ago
It should be B, as the acc Due to gravity changes from place to place even on our earth, so the Specific weight Also changes in accordance.

Lovey gill454@gmail.com said:   7 years ago
I think it changes on another planet.

Anil pokhriyal said:   7 years ago
So at= wt. /vol, with an increase in temperature Specific weight Decrease because Temp increase, vol. Of fluid increase.

Ravindra Maurya said:   8 years ago
Sp wt w=pg.

It depends on g only so B, C correct.


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