The diagram shows three soap bubbles 
and 
prepared by blowing the capillary tube fitted with stop cocks 
and
. With stop cock 
closed and stop cocks 
and
. Opened
.png)
a)
will start collapsing with volumes of 
and 
increasing
b)
will start collapsing with volume of 
and 
increasing
c)
Volume of 
and 
will become equal in equilibrium
d)
and 
will both start collapsing with volume of 
increasing
and prepared by blowing the capillary tube fitted with stop cocks and. With stop cock closed and stop cocks and. Openeda)
will start collapsing with volumes of and increasing
b)
will start collapsing with volume of and increasing
c)
Volume of and will become equal in equilibrium
d)
and will both start collapsing with volume of increasing
Question ID - 57297 | SaraNextGen Top Answer The diagram shows three soap bubbles and prepared by blowing the capillary tube fitted with stop cocks and. With stop cock closed and stop cocks and. Opened
a)
will start collapsing with volumes of and increasing
b)
will start collapsing with volume of and increasing
c)
Volume of and will become equal in equilibrium
d)
and will both start collapsing with volume of increasing
The diagram shows three soap bubbles and prepared by blowing the capillary tube fitted with stop cocks and. With stop cock closed and stop cocks and. Opened
|
a) |
|
b) |
|
|
c) |
Volume of |
d) |
|
(b)
As excess pressure,
, therefore, pressure inside 
is highest and pressure inside 
is lowest. The pressure inside 
is in between. Therefore 
starts collapsing with volume of 
and 
increasing