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Starting from the steady state assumption: k, [M][M_) = \,[M]M, Derive the copolymer equation for the terminal model.

Question-AnswerCategory: ChemistryStarting from the steady state assumption: k, [M][M_) = \,[M]M, Derive the copolymer equation for the terminal model.
G Teja asked 1 year ago

Starting from the steady state assumption: k, [M][M_) = \,[M]M, Derive the copolymer equation for the terminal model.

1. Starting from the steady state assumption: k, [M][M_) = \,[M]M, Derive the copolymer equation for the terminal model.

1 Answers
R cotwell answered 1 year ago

 

freaction date by which monomer 1 is consumed -d [M] Ku [M, ] 3 [M.*] + Kg, [M] E [M, *} dt E[M,+] = the core of all the actiSince the suite of formation of active centers of monomes I + M, R * MA Kg M₂ M, is equal to rate of theia dos tsuction Kia M
 

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