would it be reasonable to apply the steady state approximation to a catalyst wou

Question

would it be reasonable to apply the steady state approximation to a catalyst would it be reasonable to apply the steady state approximation to a catalyst would it be reasonable to apply the steady state approximation to a catalyst Figure 1 below show a trajectory for the reaction An H atom and an H2 molecule in its ground vibrational state approach each other with speed. g. Figure 2 shows some artwork by the author Normal Mailer, because, well, clearly, the similarities are awe inspiring. R/A Fig. 2 Artwork by Normal Mailer Explain what happens during this collision. Discuss the kinetic and potential energy of both species. Fig. 1 Trajectory Piece de Resistance I'm sure if we study it, we can figure it out. Bonus: Guess the title of Normal Mailer's drawing in Fig. 2. A famous American author. Norman Mailer wrote The Executioner's Song". which won a Pulitzer Prize (his second) He was lesser well known for his art. https:/poba.org poba artists norman-mailer

Explanation / Answer

Steady state approximation is assumed for the transient which is a short live intermiediate. It is based on the principle that an intermediate is consumed as soon as it is produced in the reaction. The catalyst remains in the system and is not consumed. Its concentration remains constant. Bt if catalyst is a part of the reaction intermediate, like in many organic couplling reaction the organometallic catalyst takes part in reaction intermidate then it is reasonable that steady state approximation can be applied to those intermediates. But not applied to catalyst which is not the part of any intermadiate.

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