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%3D An LLE separating tank (r,c 36 cm) is filled with a combination of water (rho,w = 0.99 g/cm^3, h,w 47 cm) and an organic solvent. There is an outlet on the side of the tank of the tank at that outlet immediately after opening is 3510 cm^3/s. Given these conditions, what is the initial height of the solvent in the tank when you first open the port? You can assume pseudo steady state (i.e., nothing is changing as you calculate the flow rate). !! (r,out 1.0 cm, h,out 66 cm). You measured that the volumetric flow rate of solvent out rout h, Qout hout hw Lin

%3D An LLE separating tank (r,c 36 cm) is filled with a combination of water (rho,w = 0.99 g/cm^3, h,w 47 cm) and an organic solvent. There is an outlet on the side of the tank of the tank at that outlet immediately after opening is 3510 cm^3/s. Given these conditions, what is the initial height of the solvent in the tank when you first open the port? You can assume pseudo steady state (i.e., nothing is changing as you calculate the flow rate). !! (r,out 1.0 cm, h,out 66 cm). You measured that the volumetric flow rate of solvent out rout h, Qout hout hw Lin

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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An LLE separating tank (r,c 36 cm) is filled with a combination of water (rho,w 0.99 g/cm^3, h,w 47 cm) and an organic solvent. There is an outlet on the side of the tank (r,out 1.0 cm, h,out = 66 cm). You measured that the volumetric flow rate of solvent out %3! !! of the tank at that outlet immediately after opening is 3510 cm^3/s. Given these conditions, what is the initial height of the solvent in the tank when you first open the port? You can assume pseudo steady state (i.e., nothing is changing as you calculate the flow rate). !! rout h, Qout hout hw Qin my
Transcribed Image Text:An LLE separating tank (r,c 36 cm) is filled with a combination of water (rho,w 0.99 g/cm^3, h,w 47 cm) and an organic solvent. There is an outlet on the side of the tank (r,out 1.0 cm, h,out = 66 cm). You measured that the volumetric flow rate of solvent out %3! !! of the tank at that outlet immediately after opening is 3510 cm^3/s. Given these conditions, what is the initial height of the solvent in the tank when you first open the port? You can assume pseudo steady state (i.e., nothing is changing as you calculate the flow rate). !! rout h, Qout hout hw Qin my
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