I got this problem from a book on mathematical modeling. I am bogged down on the solution because I believe that there has to be 'mention' of time on the right-hand side of the equation given. Any assistance is appreciated.
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A certain chemical reaction consists of the conversion of chemical X to chemical Y. The rate of conversion at any given time is given as R(t) and the equation R(t)= (1/100)xy holds, where x and y are the amounts of X and Y present at that time. Initially there are 99 units of X and 1 unit of Y present. Y arises only by the conversion from X.
(a) How much X and Y are present when the conversion rate is the highest ?
(b) Would the answer to (a) be different if there were initially 40 units of X ?
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I got this problem from a book on mathematical modeling. I am bogged down on the solution because I believe that there has to be 'mention' of time on the right-hand side of the equation given. Any assistance is appreciated. There was no real relevant categories in the topic selection list - so I just chose Algebra.