In the following fig. is shown the flow of liquid through a horizontal pipe. Three tubes 
and 
are connected to the pipe. The radii of the tubes 
and 
at the junction are respectively 
and 
. It can be said that the
.png)
a)
Height of the liquid in the tube 
is maximum
b)
Height of the liquid in the tubes 
and 
is the same
c)
Height of the liquid in all the three tubes is the same
d)
Height of the liquid in the tubes 
and 
is the same
and are connected to the pipe. The radii of the tubes and at the junction are respectively and . It can be said that thea)
Height of the liquid in the tube is maximum
b)
Height of the liquid in the tubes and is the same
c)
Height of the liquid in all the three tubes is the same
d)
Height of the liquid in the tubes and is the same
Question ID - 57039 | SaraNextGen Top Answer In the following fig. is shown the flow of liquid through a horizontal pipe. Three tubes and are connected to the pipe. The radii of the tubes and at the junction are respectively and . It can be said that the
a)
Height of the liquid in the tube is maximum
b)
Height of the liquid in the tubes and is the same
c)
Height of the liquid in all the three tubes is the same
d)
Height of the liquid in the tubes and is the same
In the following fig. is shown the flow of liquid through a horizontal pipe. Three tubes and are connected to the pipe. The radii of the tubes and at the junction are respectively and . It can be said that the
|
a) |
Height of the liquid in the tube |
|
b) |
Height of the liquid in the tubes |
|
c) |
Height of the liquid in all the three tubes is the same |
|
d) |
Height of the liquid in the tubes |
|
(d) As cross-section areas of both the tubes |
and 
are same and tube is horizontal. Hence according to equation of continuity 
and therefore according to Bernoulli’s theorem 
height of liquid is same in both the tubes 
and 