Introduction to Langmuir-Hinshelwood Mechanism

Organized by textbook: learncheme.com/ Derives the kinetic rate expression for the catalytic reaction A + B to products, where surface reaction is assumed to be the rate-determining step. Langmuir isotherms are used to model adsorption of A and B, and the products are assumed to be weakly adsorbed. Made by faculty at the University of Colorado Boulder, Department of Chemical & Biological Engineering.
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[@adamd3820]

John Falconer is a legend. I wish I had him as a cheme professor in college.

[@garymcilwaine5840]

Damn right. This man truly is a legend of the field.

[@animacionparaeducar]

Excellent video I was trying to understand this. Gracias por la explicación

[@ellenmcghee1993]

how do you derive a rate equation if the RDS is an adsorption reaction and not a surface reaction?

[@AEFR1997]

No RDS explanation?

[@niloufarcharchi1210]

relation of rate of reaction snd activation energy

[@mariofelipequevedolozano3659]

shouldn't the denominator be (1+KB*CB)^2 after assuming KA*CA

[@mariofelipequevedolozano3659]

I already got it :u, since KB*CB>>1, the ''1+'' doesn't affect the expression that much