this is a chemistry question that requires calculus

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solve this chemistry question by using the concepts learnt in calculus. Show each and every step clearly

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1 Q 2. The Law of Mass Action in chemistry states that the rate at which a chemical reaction takes place is directly proportional to the concentrations of the two reacting chemicals. The Law of Mass Action leads to a differential equation that can be solved via elementary methods (Math 238) to yield the following: The time T required for the reaction to create a quantity of a product is given by k T = dx where a and b are the initial quantities of the two reacting chemicals and k is some positive constant. The value for k has to be determined experimentally and depends on the reactants. a. Find a formula for T assuming that asb. Your answer will be in terms of k, a, and b. b. Find a formula for T assuming that a=b. Your answer will be in terms of k, a, and b. J14-2366-24
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Running Head: CALCULUS

1

Calculus
Your Name
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CALCULUS

2

Calculus is a branch of mathematics that studies how things change by finding
properties of derivatives and integrals of given functions (Binmore, and Davies, 2002).
Calculus can either be differential or integral calculus.
The extent of the impact of the changing conditions on a given framework can be
determined by use of Calculus. You are able to come up with ways on how to regulate a
given framework to influence it to perform what you need it to perform (Grossman, 2014).
Architects, researchers, and financial specialists/economists use calcul...


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