Michael J. answered 11/09/16
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Mastery of Limits, Derivatives, and Integration Techniques
Use implicit differentiation. Differentiate both sides of the equation using the chain rule.
(1 + y')e(x + y) = y'
e(x + y) + e(x + y)y' = y'
Now we isolate all the y' terms.
e(x + y)y' - y' = -e(x + y)
Factor out y'.
y' [e(x + y) - 1] = -e(x + y)
Divide both sides of the equation by (e(x + y) - 1).

Michael J.
I used the notation y prime (y') to represent derivative of y. It is not y.
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11/09/16
Mark M.
11/09/16