Please help me with number 4. 3. An elementary reaction is generally expressed as:dCa-kC,"dtwhere A is the species being depleted as the reaction progresses, k is the rate constant, and n is the orderof reaction, usually referred to as the stoichiometric coefficient of the resulting product.For a polymerization reaction A → 3B, find the initial amount if after 30 seconds, A species is reduced to 5moles/L within 3 minutes. Take the rate constant as 0.314 L²/(moľ-min).Derive the first-order reaction kinetics of a D species, starting from Cpo to Cp with initial time at t = 0 andfinal time, t. (Hint: Use the general form from number 3).4.Derive the nth-order reaction kinetics of a B species, starting from CBo to Cg with initial time at t = 0 andfinal time, t. (Hint: Use the general form from number 3).5.

First-order reaction is the chemical reaction in which rate of the reaction is linearly dependent to…

Answered: Derive the first-order reaction…

Derive the first-order reaction kinetics of a D species, starting from Cpo to Cp with initial time at t = 0 and final time, t. (Hint: Use the general form from number 3).

Principles of Modern Chemistry

8th Edition

ISBN:9781305079113

Author:David W. Oxtoby, H. Pat Gillis, Laurie J. Butler

Publisher:David W. Oxtoby, H. Pat Gillis, Laurie J. Butler

Chapter18: Chemical Kinetics

Section: Chapter Questions

Problem 6P

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Question

Please help me with number 4.

3. An elementary reaction is generally expressed as:
dCa
-kC,"
dt
where A is the species being depleted as the reaction progresses, k is the rate constant, and n is the order
of reaction, usually referred to as the stoichiometric coefficient of the resulting product.
For a polymerization reaction A → 3B, find the initial amount if after 30 seconds, A species is reduced to 5
moles/L within 3 minutes. Take the rate constant as 0.314 L²/(moľ-min).
Derive the first-order reaction kinetics of a D species, starting from Cpo to Cp with initial time at t = 0 and
final time, t. (Hint: Use the general form from number 3).
4.
Derive the nth-order reaction kinetics of a B species, starting from CBo to Cg with initial time at t = 0 and
final time, t. (Hint: Use the general form from number 3).
5.

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