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. Determine the SOTR (g/m.h) in a deep tank aeration at a point x= 15.00 at 25°C when the the saturation concentration c = 8mg/L and the overall mass transfer coefficient Ka =12.0 /h. Determine the efficiency E(kg O2/kW.h) of the aerator and the Total efficiency of the system ET (kg %3D O2/kW.h) in the above problem if the P/V is 15 W/m3.

. Determine the SOTR (g/m.h) in a deep tank aeration at a point x= 15.00 at 25°C when the the saturation concentration c = 8mg/L and the overall mass transfer coefficient Ka =12.0 /h. Determine the efficiency E(kg O2/kW.h) of the aerator and the Total efficiency of the system ET (kg %3D O2/kW.h) in the above problem if the P/V is 15 W/m3.

Elements Of Electromagnetics
Elements Of Electromagnetics
7th Edition
ISBN:9780190698614
Author:Sadiku, Matthew N. O.
Publisher:Sadiku, Matthew N. O.
ChapterMA: Math Assessment
Section: Chapter Questions
Problem 1.1MA
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3. Determine the SOTR (g/m3.h) in a deep tank aeration at a point x= 15.00 at 25°C when the the saturation concentration c* = 8mg/L and the overall mass transfer coefficient K a =12.0 /h. 4. Determine the efficiency E(kg O2/kW.h) of the aerator and the Total efficiency of the system ET (kg O2/kW.h) in the above problem if the P/V is 15 W/m3. solve for #4
Transcribed Image Text:3. Determine the SOTR (g/m3.h) in a deep tank aeration at a point x= 15.00 at 25°C when the the saturation concentration c* = 8mg/L and the overall mass transfer coefficient K a =12.0 /h. 4. Determine the efficiency E(kg O2/kW.h) of the aerator and the Total efficiency of the system ET (kg O2/kW.h) in the above problem if the P/V is 15 W/m3. solve for #4
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