Consider the free surface of a lake exposed to the atmosphere. If the air at the lake surface is saturated, will the mole fraction of water vapor in air at the lake surface be the same as the mole fraction of water in the lake (which is nearly 1)?
What will be an ideal response?
Temperature is necessarily a continuous function, but concentration, in general, is not. Therefore, the mole fraction of water vapor in air will, in general, be different from the mole fraction of water in the lake (which is nearly 1).
You might also like to view...
Give an example of vertical integration
What will be an ideal response?
Which of the following is an advantage of a sliding fifth wheel?
A. Weight-over-axle on the tractor can be altered B. Weight-over-axle on the trailer can be altered C. Trailer bridge formula can be altered D. All of the above
A series RLC circuit has the following parameters: R = 1 k?, L = 1 H, and C = 10 nF. What type of damping does this circuit exhibit?
What will be an ideal response?
Asphyxiation may occur from breathing in refrigerant, as it is heavier than air and will:
A) Release nitrogen into the room. B) Settle at the ceiling. C) Displace air in the room. D) Create carbon monoxide fumes.