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\frac{3x\left(2x+y\right)}{\left(2x+y\right)\left(2x-y\right)}+\frac{x\left(2x-y\right)}{\left(2x+y\right)\left(2x-y\right)}
To add or subtract expressions, expand them to make their denominators the same. Least common multiple of 2x-y and 2x+y is \left(2x+y\right)\left(2x-y\right). Multiply \frac{3x}{2x-y} times \frac{2x+y}{2x+y}. Multiply \frac{x}{2x+y} times \frac{2x-y}{2x-y}.
\frac{3x\left(2x+y\right)+x\left(2x-y\right)}{\left(2x+y\right)\left(2x-y\right)}
Since \frac{3x\left(2x+y\right)}{\left(2x+y\right)\left(2x-y\right)} and \frac{x\left(2x-y\right)}{\left(2x+y\right)\left(2x-y\right)} have the same denominator, add them by adding their numerators.
\frac{6x^{2}+3xy+2x^{2}-xy}{\left(2x+y\right)\left(2x-y\right)}
Do the multiplications in 3x\left(2x+y\right)+x\left(2x-y\right).
\frac{8x^{2}+2xy}{\left(2x+y\right)\left(2x-y\right)}
Combine like terms in 6x^{2}+3xy+2x^{2}-xy.
\frac{8x^{2}+2xy}{4x^{2}-y^{2}}
Expand \left(2x+y\right)\left(2x-y\right).