dx Writing y' = dy, then we have to solve (x + 88) dy dx =...

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dx Writing y' = dy, then we have to solve (x + 88) dy dx = xy. Our strategy is to separate the variables, so that all x-terms are on one side of the equation, and all y-terms are on the other. We also avoid positioning dy or dx in denominator. With that in mind, we can rewrite the original equation as dy dx. dx Writing y' = dy, then we have to solve (x + 88) dy dx = xy. Our strategy is to separate the variables, so that all x-terms are on one side of the equation, and all y-terms are on the other. We also avoid positioning dy or dx in denominator. With that in mind, we can rewrite the original equation as dy dx.