To solve the inequality \(4x > 10\), we begin by isolating \(x\).
- Divide both sides of the inequality by 4: \[ x > \frac{10}{4} \] \[ x > 2.5 \]
This means the solution set includes all values of \(x\) that are greater than 2.5.
Now, we can evaluate the options based on this solution:
- First Option: Open point at 2.5 with a leftward arrow (incorrect, as this represents \(x < 2.5\)).
- Second Option: Open point at 2.5 with a rightward arrow (correct, as this represents \(x > 2.5\)).
- Third Option: Open point at 6 with a rightward arrow (incorrect, as this represents \(x > 6\), which is a more restricted solution).
- Fourth Option: Open point at 6 with a leftward arrow (incorrect, as this represents \(x < 6\)).
The correct graph is the second option: an open point at 2.5 with a rightward arrow extending beyond 10, indicating all numbers greater than 2.5.