To determine whether the point (0, -3) is a solution to the inequality \( y > 45x - 3 \), we need to first evaluate the inequality at the point:
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Substitute \( x = 0 \) into the inequality: \[ y > 45(0) - 3 \] which simplifies to: \[ y > -3 \]
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Now we check the y-coordinate of the point (0, -3): \[ -3 > -3 \] This statement is false since -3 is not greater than -3.
From this analysis, the point (0, -3) does not satisfy the inequality \( y > 45x - 3 \).
Next, consider where the point falls in relation to the graph. The dashed line representing \( y = 45x - 3 \) indicates that points on this line are not included in the solution (since the inequality is strictly greater than, not greater than or equal to). Since (0, -3) lies exactly on this line, we conclude:
The correct answer is:
No, because (0,−3) falls on the boundary line.