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Test: Molecular Diffusion In Liquids - Chemical Engineering MCQ
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10 Questions MCQ Test Mass Transfer - Test: Molecular Diffusion In Liquids
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Test: Molecular Diffusion In Liquids - Question 1
Before collision, the distance between the two particles is mean free path.
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Test: Molecular Diffusion In Liquids - Question 2
Diffusion co-efficient in molecular diffusion is estimated by _________
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Test: Molecular Diffusion In Liquids - Question 3
Find the total flux for a particle A and B in a steady state if flux of A and B is 2.44 and 4.44 mol/sq.m sec.
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Test: Molecular Diffusion In Liquids - Question 4
Find the flux of A ( xA= 0.2) if Total flux is 5 mol/sq.m sec and J flux of A is 2 mol/sq.m sec.
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Test: Molecular Diffusion In Liquids - Question 5
Find J flux of A ( xA = 0.5) if the total N flux is 6 mol/sq.m sec and N flux of A is 3 mol/sq.m sec.
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Test: Molecular Diffusion In Liquids - Question 6
Diffusivity of the liquids can be determined by
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Test: Molecular Diffusion In Liquids - Question 7
For the molecular diffusion of liquids, if the diffusing molecules having criteria of steady state diffusion of B over non diffusing A then the N flux of A is
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Test: Molecular Diffusion In Liquids - Question 8
For liquid molecular diffusion of A and B, steady state equimolar counter diffusion the N flux of A is negative of N flux of B.
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Test: Molecular Diffusion In Liquids - Question 9
Find the change in concentration for a steady state equimolar counter diffusion if D(AB)= 6 sq.m/sec, the change in distance is 2 m and the N flux of A is 5 mol/sq.m sec.
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Test: Molecular Diffusion In Liquids - Question 10
Find the diffusivity of AB in sq.m/sec if N flux of A 5 mol/sq.m sec, concentration difference is 2mol/cu.m and distance is 3 m.
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