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Updated on: 03 Oct 2017, 11:47
Originally posted by RockySinha on 03 Oct 2017, 11:36.
Last edited by Bunuel on 03 Oct 2017, 11:47, edited 1 time in total.
Last edited by Bunuel on 03 Oct 2017, 11:47, edited 1 time in total.
Renamed the topic and edited the question.
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Is k + k < k?
(1) k^2 < k^3
(2) k^3 < k^2
I have got some confusing answers from my friends. So I needed to be sure.
(1) k^2 < k^3
(2) k^3 < k^2
I have got some confusing answers from my friends. So I needed to be sure.
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The question you've reached has been archived due to not meeting our community quality standards. No more replies are possible here.
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03 Oct 2017, 11:55
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RockySinha
This is a flawed question. On the GMAT, two data sufficiency statements always provide TRUE information and these statements NEVER contradict each other or the stem.
The question asks whether k < 0.
(1) gives 1 < k, which is sufficient to give a NO answer to the question.
(2) gives k < 0 or 0 < k < 1, which is not sufficient to answer the question.
Now, technically the answer should be A, as Statement (1) ALONE is sufficient, but statement (2) alone is not sufficient.
But even though the formal answer to the question is A, this is not a realistic GMAT question, as: on the GMAT, two data sufficiency statements always provide TRUE information and these statements never contradict each other. (1) says that k^2 < k^3 but (2) says that k^2 > k^3, so the statements clearly contradict each other.
You can ignore this question and move on.
P.S. Please follow the rules when posting a question: rules-for-posting-please-read-this-before-posting-133935.html Thank you.
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