Bunuel
sampad
The answer should be E. Because we are not considering x<9. As per the question stem, we need to find whether 9<x<1 or not. As per statement B, we are getting -1<x<1. How we can say it is satisfying the answer?
First of all, the question asks whether \(x<1\) or \(x>9\).
(2) says that \(-1 < x < 1\). So, we have a NO answer to the question. That's why it's sufficient.
IanStewartI was looking for absolute value problems and found this one, which I'm stumped by.
(2) bunuel said for statement 2 above that -1 < x < 1, so we have a NO answer.
But my question is, the stem asks if x<1 or x>9, so doesn't this answer yes x<1?
On a separate thread, bunuel answered regarding statement 1
(1) bunuel said x < -2 or x > 2. If x = -5, then answer is YES but if and x = 5, the answer is NO. Not sufficient
But my question is if x < -2, then it's definitely less than 1 also so it's that enough to be sufficient? Why do we need to consider two cases shared in the example above of if x= -5 then yes but if x = 5, then no?