This problem is only appropriate if you have taken calculus. For a zero‑order reaction described by the chemical equation aA⟶products the rate expression is −dAadt=k where A is the reactant concentration, a is the coefficient of the reactant in the balanced chemical equation, and k is the rate constant. Derive the integrated rate expression for a zero‑order reaction. Express your answer as an algebraic formula in terms of the variables A , a , k , and t . A0= A plot of versus t would be linear for a zero‑order reaction.
This problem is only appropriate if you have taken calculus. For a zero‑order reaction described by the chemical equation aA⟶products the rate expression is −dAadt=k where A is the reactant concentration, a is the coefficient of the reactant in the balanced chemical equation, and k is the rate constant. Derive the integrated rate expression for a zero‑order reaction. Express your answer as an algebraic formula in terms of the variables A , a , k , and t . A0= A plot of versus t would be linear for a zero‑order reaction.
Chemistry: The Molecular Science
5th Edition
ISBN:9781285199047
Author:John W. Moore, Conrad L. Stanitski
Publisher:John W. Moore, Conrad L. Stanitski
Chapter11: Chemical Kinetics: Rates Of Reactions
Section: Chapter Questions
Problem 112QRT
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This problem is only appropriate if you have taken calculus.
For a zero‑order reaction described by the chemical equation
aA⟶products
the rate expression is
−dAadt=k
where A is the reactant concentration, a is the coefficient of the reactant in the balanced chemical equation, and k is the rate constant.
Derive the integrated rate expression for a zero‑order reaction. Express your answer as an algebraic formula in terms of the variables A , a , k , and t .
A0=
A plot of versus t would be linear for a zero‑order reaction.
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