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Assuming the laminar flow across the filter, the rate of filtration (dVf/dt) can be expressed as a function of pressure drop Dp by the modified D’Arcy’s equation as (where A is the area of filtering surface, K is the D’Arcy’s filter cake permeability and L is the thickness of the filter cake)

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Question: Assuming the laminar flow across the filter, the rate of filtration (dVf/dt) can be expressed as a function of pressure drop Dp by the modified D’Arcy’s equation as (where A is the area of filtering surface, K is the D’Arcy’s filter cake permeability and L is the thickness of the filter cake)
[A].

(1/A) dVf/dt = Δp/μ(L/K)

[B].

dVf/dt = (1/A)Δp/μ(L/K)

[C].

(1/A) dVf/dt = Δp/μ LK

[D].

dVf/dt = (1/A)Δp/μ LK

Answer: Option A

Explanation:

No answer description available for this question.