To solve the inequality \(9.5x - 1.25 < 32\), we will first isolate \(x\):
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Add \(1.25\) to both sides: \[ 9.5x < 32 + 1.25 \] \[ 9.5x < 33.25 \]
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Divide both sides by \(9.5\) (note that since \(9.5\) is positive, the direction of the inequality does not change): \[ x < \frac{33.25}{9.5} \] \[ x < 3.5 \]
Thus, the solution to the inequality is \(x < 3.5\).
Now, let's analyze the options provided with respect to this solution:
- The graph should indicate all values of \(x\) less than \(3.5\).
- Since \(3.5\) is not included in the solution (i.e., \(x\) can be any number less than but not equal to \(3.5\)), we should look for an open point at \(3.5\) on the number line.
Next, among the provided options:
- Option 1: Closed point between 4 and 5 - not correct.
- Option 2: Open point between 3 and 4 - correct (as this suggests values less than 3.5).
- Option 3: Open point just after 3 - not correct (this suggests values greater than 3 but not correctly denoting the boundary).
- Option 4: Closed point between 3 and 4 - not correct.
Therefore, the correct graph corresponding to the solution \(x < 3.5\) is Option 2, which has an open point placed correctly to the left of \(3.5\).