The solvent flux across the membrane can be expressed as (where A is the area, Lp is the membrane permeability, σ is the reflection point, Δp is applied pressure and Δπ is the osmotic pressure)-A-J = Lp(Δp σΔπ)B-J/A = Lp(Δp σΔπ)C-J= Lp/σΔπD-J/A = Lp/Δp-A-J = Lp(Δp σΔπ)

Question

The solvent flux across the membrane can be expressed as (where A is the area, Lp is the membrane permeability, &sigma; is the reflection point, &Delta;p is applied pressure and &Delta;&pi; is the osmotic pressure)-A-J = Lp(&Delta;p &sigma;&Delta;&pi;)B-J/A = Lp(&Delta;p &sigma;&Delta;&pi;)C-J= Lp/&sigma;&Delta;&pi;D-J/A = Lp/&Delta;p-A-J = Lp(&Delta;p &sigma;&Delta;&pi;)

APTITUDE CRACK · Accepted Answer

A J = Lp(&Delta;p &sigma;&Delta;&pi;) No answer description is available.

Downstream Processing - Medical Science

The solvent flux across the membrane can be expressed as (where A is the area, L_p is the membrane permeability, σ is the reflection point, Δp is applied pressure and Δπ is the osmotic pressure)

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Downstream Processing - Medical Science

The solvent flux across the membrane can be expressed as (where A is the area, Lp is the membrane permeability, σ is the reflection point, Δp is applied pressure and Δπ is the osmotic pressure)

Solution

For help Students Orientation Mcqs Questions

The solvent flux across the membrane can be expressed as (where A is the area, L_p is the membrane permeability, σ is the reflection point, Δp is applied pressure and Δπ is the osmotic pressure)

For help Students Orientation
Mcqs Questions