Analogus to the molecular diffusion, the x-directional flux of microorganisms suspended in a medium due to the axial mixing can be represented as (where Jn is flux component 'n', cn is concentration of'n')-A-Jn = dcn/dxB-Jn = dcn/dxC-Jn = D dcn/dxD-Jn = D dcn/dx-C-Jn = D dcn/dx

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Analogus to the molecular diffusion, the x-directional flux of microorganisms suspended in a medium due to the axial mixing can be represented as (where Jn is flux component &#39;n&#39;, cn is concentration of&#39;n&#39;)-A-Jn = dcn/dxB-Jn = dcn/dxC-Jn = D dcn/dxD-Jn = D dcn/dx-C-Jn = D dcn/dx

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The correct option is  C Jn = D dcn/dx No answer description is available

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Q1: Analogus to the molecular diffusion, the x-directional flux of microorganisms suspended in a medium due to the axial mixing can be represented as (where J_n is flux component 'n', c_n is concentration of'n')

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Q1: Analogus to the molecular diffusion, the x-directional flux of microorganisms suspended in a medium due to the axial mixing can be represented as (where Jn is flux component 'n', cn is concentration of'n')

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For help Students Orientation Mcqs Questions

Q1: Analogus to the molecular diffusion, the x-directional flux of microorganisms suspended in a medium due to the axial mixing can be represented as (where J_n is flux component 'n', c_n is concentration of'n')

For help Students Orientation
Mcqs Questions