Question: Show the step by step derivation to come up with the same result. All trimolecular reactions found so far are of the form of Eq.

Show the step by step derivation to come up with the same result.  Show the step by step derivation to come up with the
same result. All trimolecular reactions found so far are of the form
of Eq. 18 or 19. Thus we have A+2Bproducts with differential rate

All trimolecular reactions found so far are of the form of Eq. 18 or 19. Thus we have A+2Bproducts with differential rate equation dtdCA=kCCB2 dtdXA=kC02(1XA)(M2XA)2 where M=CB0/CA0. On integration this gives CB0CB(2CA0CB0)(CB0CB)+lnCB0CACA0CB=(2CA0CB0)2kt,M=2 or CA21CA021=8kt,M=2 Derive the integrated form of the rate expression in terms of Xa of the trimolecular reaction A+2Bproducts

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