" 15."quad xy=e^((x-y))

Find (dy)/(dx) of the functions given in Exercises 12 to 15. xy= e^((x-y)) .

Find (dy)/(dx) of the functions given in Exercises 12 to 15. xy= e^((x-y)) .

Find (dy)/(dx) of the functions given in Exercises 12 to 15. xy= e^((x-y)) .

"If "xy=e^((x-y))," then find "(dy)/(dx).

find the derivative; sqrt(xy) = e^((x-y))

find dy/dx of xy=e^(x-y)

If xy=e^((x-y)), then find (dy)/(dx)

If xy=e^(x-y), find (dy)/(dx)

Let f : R^(+) rarr R satisfies the functional equation f(xy) = e^(xy - x - y) {e^(y) f(x) + e^(x) f(y)}, AA x, y in R^(+) . If f'(1) = e, determine f(x).