To find the inequality that represents Andre's situation, we start by defining the total time he wants to practice and how he practices.
Andre's goal is to practice a total of 9 hours in a week. He has already practiced for 2 hours and practices for \( \frac{23}{3} \) hours per session.
Let \( x \) be the number of practice sessions he still needs to complete.
The total time he will have practiced after \( x \) sessions is:
\[ \text{Total Practice Time} = \text{already practiced} + \text{time for } x \text{ sessions} \]
This can be expressed as:
\[ 2 + x \cdot \frac{23}{3} \]
Since he wants to practice at least 9 hours, we can set up the following inequality:
\[ 2 + x \cdot \frac{23}{3} \geq 9 \]
This inequality represents the requirement that Andre's total practice time needs to be at least 9 hours. To summarize, the inequality is:
\[ 2 + x \cdot \frac{23}{3} \geq 9 \]