The partial pressure distribution of both components of a non-reacting binary mixture of ideal gases is linear

Mass Transfer Mcqs
BILAL KHATTAK0

A.in the case of steady-state equimolal counter-diffusion
B.in the case of steady-state unimolal unidirectional diffusion
C.both in the case of steady-state equimolal counter-diffusion and steady-state unimolal unidirectional diffusion

Related Mcqs:

  1. The partial pressure distribution of both components of a non-reacting binary mixture of ideal gases is non-linear
  2. The statement that the volume of a mixture of ideal gases is equal to the span of the partial volumes which the constituent gases would occupy if each existed alone at the pressure and temperature of the mixture, is known as
  3. At steady-state the partial pressure distribution of an ideal gas A diffusing through a stagnant ideal gas B follows
  4. The statement: If a maximum of gases or vapours is enclosed in a container, each will exert its own pressure on the container entirely independent of the others and the total absolute pressure will be equal to the sum of the partial pressure exerted by each of the gases. This statement is known as
  5. The ratio of the actual equilibrium partial pressure of a component to the ideal value is called
  6. DBA = DAB, in case of
  7. Two gases X and Y having the same temperature T, the same pressure P and the same volume V are mixed. If the mxiture has the volume V and temperature T, then the pressure of the mixture must be
  8. To separate a binary mixture the relative volatility should be
  9. Entrainer used in azeotropic distillation of binary mixture
  10. The binary diffusivity in gases is dependent upon

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