Answer:
The expression equivalent to the given complex fraction is

Explanation:
An easy way to solve the complex fraction is to solve the numerator and denominator separately.
Numerator:

Denominator:

Solving the complex fraction:
![[(-2)/(x) + (5)/(y)] / [(3)/(y) + (-2)/(x)]\\= [(-2y + 5x)/(xy)] / [(3x - 2y)/(xy)]](https://img.qammunity.org/2020/formulas/mathematics/college/hdcuiza7r01neoj1iqg8snr15nhswucecq.png)

Common terms in the numerator and denominator cancels each other(Cross multiplication) :
