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(A): (1) SUFFICIENT: Manipulate the absolute value expression to represent this inequality on a number line: | 2x − 12 | < 10 | 2( x − 6) | < 10 2 | x − 6 | < 10 | x − 6 | < 5 This can be interpreted as “The distance between x and 6 is less than 5.” On a number line, this is the region between 1 and 11: All possible values for x are positive, so the answer to the question is a definite “Yes.” (2) INSUFFICIENT: Manipulate the inequality to get 0 on one side, thenfactor the resulting quadratic: x2 − 10x ≥ − 21 x2 − 10x + 21 ≥ 0 (x − 7)( x − 3) ≥ 0 The factored quadratic on the left side will equal 0 when x = 3 and 7. These are the boundary points. On a number line, check the regions on either side of these boundary points to determine the valid region( s) for x: Note that when 3 < x < 7, (x − 7)( x − 3) = (neg)( pos) = neg. Since both positive and negative values are possible for x, the answer is “Maybe.” The correct answer is (A).
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(A): (1) SUFFICIENT: Manipulate the absolute value expression to represent this inequality on a number line: | 2x − 12 | < 10 | 2( x − 6) | < 10 2 | x − 6 | < 10 | x − 6 | < 5 This can be interpreted as “The distance between x and 6 is less than 5.” On a number line, this is the region between 1 and 11: All possible values for x are positive, so the answer to the question is a definite “Yes.” (2) INSUFFICIENT: Manipulate the inequality to get 0 on one side, thenfactor the resulting quadratic: x2 − 10x ≥ − 21 x2 − 10x + 21 ≥ 0 (x − 7)( x − 3) ≥ 0 The factored quadratic on the left side will equal 0 when x = 3 and 7. These are the boundary points. On a number line, check the regions on either side of these boundary points to determine the valid region( s) for x: Note that when 3 < x < 7, (x − 7)( x − 3) = (neg)( pos) = neg. Since both positive and negative values are possible for x, the answer is “Maybe.” The correct answer is (A).
Still interested in this question? Check out the "Best Topics" block above for a better discussion on this exact question, as well as several more related questions.