A .  The Reynolds analogy for mass transfer is given by Lewis relation and is applicable, when Schmidt number is one.
B .  Sherwood number for flow in pipes can be expressed as the ratio of the concentration gradient at wall to the overall concentration difference.
C .  According to film theory for equimolar counter diffusion, the mass transfer coefficient is given by`sqrt( D)`AB(b)P - 3, Q - 2
D .  The z-component of the total mass flux of a component A in binary mixture of A and B is given by - Dab'.dCA/dz.
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