Question

derive an expression for the time required for completion of 1/3 of a first order reaction ​

Answer 1

Answer:

ANSWER

ANSWERFor a zero order reaction,

ANSWERFor a zero order reaction,R=[R]

ANSWERFor a zero order reaction,R=[R] o

ANSWERFor a zero order reaction,R=[R] o

ANSWERFor a zero order reaction,R=[R] o −Kt

ANSWERFor a zero order reaction,R=[R] o −KtFor completion of the reaction, [R]=0

ANSWERFor a zero order reaction,R=[R] o −KtFor completion of the reaction, [R]=0Therefore,

ANSWERFor a zero order reaction,R=[R] o −KtFor completion of the reaction, [R]=0Therefore,Kt=[R]

ANSWERFor a zero order reaction,R=[R] o −KtFor completion of the reaction, [R]=0Therefore,Kt=[R] o

ANSWERFor a zero order reaction,R=[R] o −KtFor completion of the reaction, [R]=0Therefore,Kt=[R] o

ANSWERFor a zero order reaction,R=[R] o −KtFor completion of the reaction, [R]=0Therefore,Kt=[R] o

ANSWERFor a zero order reaction,R=[R] o −KtFor completion of the reaction, [R]=0Therefore,Kt=[R] o t=

ANSWERFor a zero order reaction,R=[R] o −KtFor completion of the reaction, [R]=0Therefore,Kt=[R] o t= k

ANSWERFor a zero order reaction,R=[R] o −KtFor completion of the reaction, [R]=0Therefore,Kt=[R] o t= k[R]

ANSWERFor a zero order reaction,R=[R] o −KtFor completion of the reaction, [R]=0Therefore,Kt=[R] o t= k[R] o

Explanation:

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