An enzyme-catalyzed reaction with kinetics is being carried out at steady state in a liquid film of thickness L At one surface (x=0) the concentration of the reactant is maintained at Co, whereas the...


Catalytic reaction!!


An enzyme-catalyzed reaction with kinetics is being carried out at steady<br>state in a liquid film of thickness L At one surface (x=0) the concentration of the reactant is<br>maintained at Co, whereas the other bounding surface (x=L) is inert and impermeable. Use the<br>integral approximation method to estimate the flux of reactant at x=0.<br>reaction=ra=-KoCa/(Km+Ca)<br>

Extracted text: An enzyme-catalyzed reaction with kinetics is being carried out at steady state in a liquid film of thickness L At one surface (x=0) the concentration of the reactant is maintained at Co, whereas the other bounding surface (x=L) is inert and impermeable. Use the integral approximation method to estimate the flux of reactant at x=0. reaction=ra=-KoCa/(Km+Ca)

Jun 09, 2022
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