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Calculating 'Air Dilution' Concentration to Estimate Final Odor Intensity


Salty water questionHow to I find $y(t)$ when the flow rate in is $=r$ and concentration of chemical $Y$ coming in is $=X$ grams per liter?Equation for dye in poolUsing differential equation mixing problem for measuring combustion gassesDilution differential problem: what is the meaning of concentration?Formation of differential equation under given conditionsDifferential equation involving mixture problemsDifferential equation construction from rate of flowSolving Differential Equation for the Dissolution of a Rectangular PrismSolving differential equation that includes an (extra) unknown function













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Air flows at a rate of 1 l/min into a closed 40ml flask containing 2ml of amyl acetate serially diluted to 0.000002143% v/v concentration. I know that I should be able to find the dilution factor in air based on the air flow going in, the liquid dilution of the chemical and the open space of the vial by employing a differential equation, but this is not an area I am comfortable with and would appreciate some guidance.










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    0












    $begingroup$


    Air flows at a rate of 1 l/min into a closed 40ml flask containing 2ml of amyl acetate serially diluted to 0.000002143% v/v concentration. I know that I should be able to find the dilution factor in air based on the air flow going in, the liquid dilution of the chemical and the open space of the vial by employing a differential equation, but this is not an area I am comfortable with and would appreciate some guidance.










    share|cite|improve this question









    $endgroup$















      0












      0








      0





      $begingroup$


      Air flows at a rate of 1 l/min into a closed 40ml flask containing 2ml of amyl acetate serially diluted to 0.000002143% v/v concentration. I know that I should be able to find the dilution factor in air based on the air flow going in, the liquid dilution of the chemical and the open space of the vial by employing a differential equation, but this is not an area I am comfortable with and would appreciate some guidance.










      share|cite|improve this question









      $endgroup$




      Air flows at a rate of 1 l/min into a closed 40ml flask containing 2ml of amyl acetate serially diluted to 0.000002143% v/v concentration. I know that I should be able to find the dilution factor in air based on the air flow going in, the liquid dilution of the chemical and the open space of the vial by employing a differential equation, but this is not an area I am comfortable with and would appreciate some guidance.







      ordinary-differential-equations






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      asked Mar 19 at 4:33









      GuatomallinGuatomallin

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