Last Updated On [03-11-2023]
A spherical air bubble is rising from the depth of a lake when pressure is 
atm and temperature is 
K. The percentage increase in the radius when it comes to the surface of a lake will be (Assume temperature and pressure at the surface to be, respectively, 
K and 
)
a)
b)
50%
c)
40%
d)
200%
A spherical air bubble is rising from the depth of a lake when pressure is atm and temperature is K. The percentage increase in the radius when it comes to the surface of a lake will be (Assume temperature and pressure at the surface to be, respectively, K and )
a)
b)
50%
c)
40%
d)
200%
Question ID - 102465 :-
A spherical air bubble is rising from the depth of a lake when pressure is atm and temperature is K. The percentage increase in the radius when it comes to the surface of a lake will be (Assume temperature and pressure at the surface to be, respectively, K and )
a)
b)
50%
c)
40%
d)
200%
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A spherical air bubble is rising from the depth of a lake when pressure is |
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a) |
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b) |
50% |
c) |
40% |
d) |
200% |
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If |
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and 
are mole fraction, pressure fraction and volume fraction respectively of a gaseous mixture, then:
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