Develop an expression for the ratio of orthokinetic and, Other Subject

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Develop an expression for the ratio of orthokinetic and

Develop an expression for the ratio of orthokinetic and perikinetic flocculation rates for a monodisperse suspension

a. What is the ratio of orthokinetic to perikinetic flocculation for a particle of diameter 100 nm (0.1 um)? (the typical size of a virus).

b. For d=1 um (the typical size of a bacteria)

c. For d=10 um (the typical size of a protozoean oocyst)

Please explain!

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Other Subject: Develop an expression for the ratio of orthokinetic and

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Other Subject: Develop an expression for the ratio of orthokinetic and

Reference No:- TGS0591258

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Other Subject: Develop an expression for the ratio of orthokinetic and

Reference No:- TGS0591258

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