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For how many ordered pairs (x,y) that are solutions of the system abov

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For how many ordered pairs (x,y) that are solutions of the system abov  [#permalink]

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New post 02 Aug 2017, 02:08
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2x + Y = 12
lYl<= 12

For how many ordered pairs (x,y) that are solutions of the system above are x and y both integers?

(A) 7 (B) 10 (C) 12 (D) 13 (E) 14

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For how many ordered pairs (x,y) that are solutions of the system abov  [#permalink]

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New post 02 Aug 2017, 02:13
arjunverma wrote:
2x + Y = 12
lYl<= 12

For how many ordered pairs (x,y) that are solutions of the system above are x and y both integers?

(A) 7 (B) 10 (C) 12 (D) 13 (E) 14


This question is disused here: for-how-many-ordered-pairs-x-y-that-are-solutions-of-the-168675.html.html In case of any questions please post in thqt thread. Thank you.

--== Message from the GMAT Club Team ==--

THERE IS LIKELY A BETTER DISCUSSION OF THIS EXACT QUESTION.
This discussion does not meet community quality standards. It has been retired.


If you would like to discuss this question please re-post it in the respective forum. Thank you!

To review the GMAT Club's Forums Posting Guidelines, please follow these links: Quantitative | Verbal Please note - we may remove posts that do not follow our posting guidelines. Thank you.

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For how many ordered pairs (x,y) that are solutions of the system abov   [#permalink] 02 Aug 2017, 02:13
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For how many ordered pairs (x,y) that are solutions of the system abov

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