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PART B At a particular location in a distillation column, where the temperature is 3 5 0 K and the pressure 5 0 0 m
PART B
At a particular location in a distillation column, where the temperature is and the pressure the mole fraction of the more volatile component in the vapor is at the interface with the liquid and in the bulk of the vapor. The molar latent heat of the more volatile component is times that of the less volatile component. The resistance to mass transfer in the vapor may be considered to lie in a stagnant film of thickness at the interface. The diffusivity in the vapor mixture is
a Calculate the mass transfer rates in kmol per per second of the two components.
b Assuming ideal gas behavior, calculate the mole fractions and concentration gradients of the two components at the midpoint of the film.lol
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