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Try It: Solving x>2|x| > 2 and x>1|x| > 1

To autonomously practice solving basic absolute value inequalities featuring a 'greater than' sign, one can evaluate the typical expressions x>2|x| > 2 and x>1|x| > 1. For the inequality x>2|x| > 2, the algebraic statement directly translates into the disjoint compound sequence x<2x < -2 or x>2x > 2, designating the values residing strictly more than two units away from zero; in standard interval notation, this explicitly represents (,2)(2,)(-\infty, -2) \cup (2, \infty). Similarly, the continuous inequality x>1|x| > 1 correctly maps to the distinct equivalent statements x<1x < -1 or x>1x > 1, logically indicating the outer numerical regions extending endlessly past 1-1 and 11, which is officially authored in interval notation entirely as (,1)(1,)(-\infty, -1) \cup (1, \infty). These exercises actively reinforce the functional application of the 'greater than' distance property for absolute values.

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Updated 2026-05-03

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