Q3: A settling tank if designed for a surface overflow rate of 4000-liter /m²/hour. What is the percentage of the particles removal for the diameter of: (a) 0.05 mm (b) 0.02 mm? Assume specific gravity of particles G₁ = 2.65 and (pw-0.9997*10³ kg/m³, uw = 1.307*10-³ kg/m.sec.
Q3: A settling tank if designed for a surface overflow rate of 4000-liter /m²/hour. What is the percentage of the particles removal for the diameter of: (a) 0.05 mm (b) 0.02 mm? Assume specific gravity of particles G₁ = 2.65 and (pw-0.9997*10³ kg/m³, uw = 1.307*10-³ kg/m.sec.
Chapter2: Loads On Structures
Section: Chapter Questions
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
Transcribed Image Text:Q3: A settling tank if designed for a surface overflow rate of 4000-liter /m²/hour. What is
the percentage of the particles removal for the diameter of: (a) 0.05 mm (b) 0.02 mm? Assume
specific gravity of particles G₁ = 2.65 and (pw-0.9997*10³ kg/m³, uw = 1.307*10-³ kg/m.sec
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