To match the inequality with its graphed solution, let's analyze each given option:
-
\( \frac{1}{4}(8x + 16) > -4 \)
- This simplifies to \( 8x + 16 > -16 \) or \( 8x > -32 \), leading to \( x > -4 \).
-
\(-3(x - 12) > 0\)
- This simplifies to \( -3x + 36 > 0 \) or \( -3x > -36 \), leading to \( x < 12 \).
-
\( 8x < 4x + 28 \)
- This simplifies to \( 4x < 28 \), leading to \( x < 7 \).
-
\(-5(x + 5) > -15\)
- This simplifies to \( -5x - 25 > -15 \) or \( -5x > 10 \), leading to \( x < -2 \).
Now, let's summarize:
- Option 1: \( x > -4 \)
- Option 2: \( x < 12 \)
- Option 3: \( x < 7 \)
- Option 4: \( x < -2 \)
To match them to their graphed solutions, you should align them based on the ranges indicated:
- \( \frac{1}{4}(8x + 16) > -4 \) is typically represented with an open line to the right.
- \(-3(x - 12) > 0\) is represented with an open line to the left that stops before 12.
- \( 8x < 4x + 28\) is similar to an open line to the left that bounds at 7.
- \(-5(x + 5) > -15\) is represented with an open line to the left that stops before -2.
Thus, the response for \(8x < 4x + 28\) is 3.
The final match will look like this:
- \(3\) for \(8x < 4x + 28\)
- \(1\) for \( \frac{1}{4}(8x + 16) > -4 \)
- \(2\) for \(-3(x - 12) > 0\)
- \(4\) for \(-5(x + 5) > -15\)
These inequalities would then be matched to their respective graphed solutions based on the corresponding ranges. Please input as specified in the question.