To solve the compound inequality \( Y + 6 > -1 \) or \( Y - 2 \leq 4 \), we'll solve each part separately.
First Inequality: \( Y + 6 > -1 \)
- Subtract 6 from both sides: \[ Y > -1 - 6 \] \[ Y > -7 \]
Second Inequality: \( Y - 2 \leq 4 \)
- Add 2 to both sides: \[ Y \leq 4 + 2 \] \[ Y \leq 6 \]
Combine the Results
Now we can combine the results from both inequalities:
- \( Y > -7 \)
- \( Y \leq 6 \)
Final Solution
The complete solution is: \[ -7 < Y \leq 6 \] This means \( Y \) can take any value greater than -7 and up to and including 6.