|
|
GMAT Club Daily Prep
Thank you for using the timer - this advanced tool can estimate your performance and suggest more practice questions. We have subscribed you to Daily Prep Questions via email.
Customized
for You
Track
Your Progress
Practice
Pays
Not interested in getting valuable practice questions and articles delivered to your email? No problem, unsubscribe here.
TheUltimateWinner
Joined: 23 Feb 2015
Last visit: 01 May 2026
Posts: 2,465
Given Kudos: 1,990
Concentration: Finance, Technology
Schools: Harvard '24 Judge '23 LBS '24 McCombs '24 Mendoza Tepper '24 Ross '24 Cox Marshall '24 Fisher Kelley '24 Jones McDonough '24 Owen '24 Terry BU Simon '24 Katz GWU Mason Babson Gabelli Foster '24 Goizueta '24 Scheller Stern '23 CBS '23 Booth '23 Haas '25 Wharton '25 Stanford '26 Johnson'23 Fuqua '23 Kellogg '23 Kenan-Flagler'23 INSEAD Aug 22 intake Olin '23 Said '23 Sloan '23 Carey Arizona "22 Yale '23 UC Davis Madison '23 Anderson '23 Carroll Carlson '23 Darden '23
Schools: Harvard '24 Judge '23 LBS '24 McCombs '24 Mendoza Tepper '24 Ross '24 Cox Marshall '24 Fisher Kelley '24 Jones McDonough '24 Owen '24 Terry BU Simon '24 Katz GWU Mason Babson Gabelli Foster '24 Goizueta '24 Scheller Stern '23 CBS '23 Booth '23 Haas '25 Wharton '25 Stanford '26 Johnson'23 Fuqua '23 Kellogg '23 Kenan-Flagler'23 INSEAD Aug 22 intake Olin '23 Said '23 Sloan '23 Carey Arizona "22 Yale '23 UC Davis Madison '23 Anderson '23 Carroll Carlson '23 Darden '23
Posts: 2,465
10 Apr 2020, 08:23
Kudos
Bookmarks
C
Be sure to select an answer first to save it in the Error Log before revealing the correct answer (OA)!
Difficulty:
55%
(hard)
Question Stats:
61% (02:30) correct
39%
(02:15)
wrong
based on 40
sessions
History
Date
Time
Result
Not Attempted Yet
In the \(xy\)-coordinate plane shown below, if \(xy≠0\), then the point (\(x,y\)) lies in which quadrant?
1) point (\(x-y, x+y\)) lies in the second quadrant.
2) \(xy<0\)
1) point (\(x-y, x+y\)) lies in the second quadrant.
2) \(xy<0\)
Attachments
2.PNG [ 2.62 KiB | Viewed 1394 times ]
10 Apr 2020, 11:01
Kudos
Bookmarks
From (i) x-y<0 thus x<y and x+y lies in the II quad Insufficient
From (ii) xy<0 either of x or y is -ve Insufficient
Combining both statements y>x and either of x or y is -ve we get from (i) y should be positive as x+y is positive so x is negative and y is positive so quadrant II
ANS(C)
From (ii) xy<0 either of x or y is -ve Insufficient
Combining both statements y>x and either of x or y is -ve we get from (i) y should be positive as x+y is positive so x is negative and y is positive so quadrant II
ANS(C)
ArunSharma12
Joined: 25 Oct 2015
Last visit: 20 Jul 2022
Posts: 512
Given Kudos: 74
Location: India
Schools: IIML-IPMX '22 (A)
GMAT 1: 650 Q48 V31
GMAT 2: 720 Q49 V38 (Online)
GPA: 4
Products:
10 Apr 2020, 11:03
Kudos
Bookmarks
Asad
statement 1:
\(x-y<0\)
\(x+y>0\)
possible signs of (x,y) = [(+,+),(-,+)]
not sufficient
statement 2:
\(xy<0\)
possible signs of (x,y) = [(+,-),(-,+)]
not sufficient
combining both statements, possible signs of (x,y) = [(-,+)]; ie second quadrant
Ans: C
