(a) The graph of $$ y=f(x) $$ is shown. Draw the graph of $$ y=-f(x) $$.

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To draw the graph of $$ y = -f(x) $$ based on the graph of $$ y = f(x) $$, you need to reflect the original graph across the x-axis. Here are the steps to do this:

1. **Identify Key Points**: Look at the key points on the graph of $$ y = f(x) $$. For each point $$ (x, f(x)) $$, you will create a new point $$ (x, -f(x)) $$.

2. **Reflect the Graph**: For every point on the original graph, take the y-coordinate and multiply it by -1. This means:
   - If $$ f(x) $$ is positive, $$ -f(x) $$ will be negative.
   - If $$ f(x) $$ is negative, $$ -f(x) $$ will be positive.
   - If $$ f(x) = 0 $$, then $$ -f(x) = 0 $$.

3. **Draw the New Graph**: Plot the new points $$ (x, -f(x)) $$ on the same set of axes. Connect these points smoothly, maintaining the shape of the original graph but inverted.

4. **Label the New Graph**: Make sure to label the new graph as $$ y = -f(x) $$.

If you have specific points or features of the graph of $$ y = f(x) $$, you can apply these steps to those points to create the graph of $$ y = -f(x) $$. If you need further assistance with specific features or points, feel free to provide more details!
Reflect the graph of $$ y = f(x) $$ across the x-axis to get $$ y = -f(x) $$.

(a) The graph of is shown. Draw the graph of .

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