Find the $$ y $$-intercept and $$ x $$-intercept of the line. $$ \begin{array}{l}-4 x+5 y=7 \ y \text {-intercept: } \square\end{array} $$

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**Step 1: Find the $$ y $$-intercept.**

The $$ y $$-intercept is found by setting $$ x = 0 $$ in the equation:
$$
-4(0) + 5y = 7.
$$
This simplifies to:
$$
5y = 7.
$$
Dividing both sides by $$ 5 $$ gives:
$$
y = \frac{7}{5}.
$$
Thus, the $$ y $$-intercept is $$\left(0, \frac{7}{5}\right)$$.

**Step 2: Find the $$ x $$-intercept.**

The $$ x $$-intercept is found by setting $$ y = 0 $$ in the equation:
$$
-4x + 5(0) = 7.
$$
This simplifies to:
$$
-4x = 7.
$$
Dividing both sides by $$-4$$ gives:
$$
x = -\frac{7}{4}.
$$
Thus, the $$ x $$-intercept is $$\left(-\frac{7}{4}, 0\right)$$.
The $$ y $$-intercept is $$\left(0, \frac{7}{5}\right)$$ and the $$ x $$-intercept is $$\left(-\frac{7}{4}, 0\right)$$.

Find the \( y \)-intercept and \( x \)-intercept of the line. \[ \begin{array}{l}-4 x+5 y=7 \\ y \text {-intercept: } \square\end{array} \]

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