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Is x greater than y ?


(1) x−y>|x|−|y|......from this we can get 2-3 cases(x= -ve, y= +ve & x= +ve, y= -ve)......using which we cannot say if x>y.......INSUFFICIENT
(2) |x|>x and |y|=y....................from this we can say that x is -ve and y is greater than or equal to zero

so x<y.....SUFFICIENT

OA:B
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Quote:
Is x greater than y?

(1) x−y<|x|−|y|
(2) |x|>x and |y|=y

x>y?

(1) sufic
pos case: x-y<x-y, 2x<0, x<0 invalid case is x,y>0
neg case: x-y<-x+y, 2x<2y, x<y valid case
x<0,y>0: x-y<-x-y, 2x<0, x<0 valid nothing about y
x>0,y<0: x-y<x+y, 0<2y, y<0 valid nothing about x

(2) sufic
|x|≥0 and |x|>x, so must be x<0; and |y|=y, |y|≥0, so y≥0

Ans (D)
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1) x - y < |x | -|y|
x -|x| < y - |y|.
|x| and |y| is both positive integer. So, when x is positive x-|x| will be 0. When x is negative, x -|x| will be -2x. From this statement, we can say x is negative and y is positive. so, x is always less than y. Suffucient

2) This statement also says x is negative and y is positive. sufficient
D is the answer
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Q. Is x>y?

(1) x−|x|<y−|y|

--> x couldn't be 0 or +ve to satisfy both.
--> x must be -ve and:
when y<0, ie. x=-1, y=-0.5
when y>=0, ie. x=-1, y=0,1.5,..

In any solution selected, x<y must hold true
SUFFICIENT

(2) |x|>x and |y|=y

In other words, x<0 and y>=0. Thus, x<y
SUFFICIENT

FINAL ANSWER IS (D)

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Statement (1)
x-y<|x| - |y|

If both x,y positive, then it is not possible
If both x,y negative, then x<y
If one of x,y negative and other positive, then also only possible when x<y
So the answer of the question is x>y is always NO
Sufficient

Statement (2)
|x|>x means x is negative
|y| =y means y is positive
So x<y always
So the answer of the question is x>y is always NO
Sufficient

Answer: D
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Is x greater than y?
Is x> y? Or Is x<y?
(1) x−y< |x|−|y|
Let x=-3 ,y=2 ,-3-2 < 3-2 = -5 < 1
.: x < y
Let x=3 ,y=-2, 3+2 < 1 (Illogical ,so we certain ,x ain’t positive)
.: x< y (Sufficient)

Algebraically, x-|x| < y-|y|
(Two cases)
(1) x-x < y-y (Null and void case)
(2) x-(-x)<y-(-y) (Kudos case)
So 2x < 2y —> x<y (Sufficient)

(2) |x|>x and |y|=y
For |x| > x ,then x must be negative
x<0
For |y| = y ,then y must be non-negative (y>=0)
.: x< y (Sufficient)

D for diagnosis

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Is x greater than y?

(1) x−y<|x|−|y|
x = -2, y = 4; x - y = -6, |x|−|y| = -2 NO
For x = 0 and x > 0 no values of x satisfies the condition.

SUFFICIENT.

(2) |x|>x and |y|=y
Thus, x < 0 and y > 0 Hence y > x NO.

SUFFICIENT.

Answer D.
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Is x > y ?

(Statement1): x —y < |x| —|y|
x and y cannot be non-negative at the same time.

x < 0 and y > 0
—2–1 < |—2| —|1|
—3 < 1 (No)

x< 0 and y < 0
—3 —(—2) < |—3| —| —2|
—1 < 1 (No)
Sufficient

(Statement2): | x| > x and | y| = y
—> x should be less than zero (x< 0)
—> y should be greater or equal to zero ( y >=0)
(Always No)
Sufficient

Answer (D)

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ArunSharma12
Is x greater than y ?

(1) x−y>|x|−|y|
(2) |x|>x and |y|=y

statement 1:
x - y > |x| - |y|
this tells us that x,y have opposite signs and x,y are not equal to zero.
    (x,y): (-,+) this is not allowed as left side will always be negative and right side will be positive or lower negative value
    (x,y): (+,-) this is allowed as left side will result in higher positive value than right side
x > y. sufficient

statement 2:
|x|>x: this means x is negative. x can not be 0 or positive
|y|=y: this means y is either 0 or positive.
x< y
sufficient

Ans: D
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there was a typo in question. it was corrected later.

Thanks

lnm87
ArunSharma12
Is x greater than y ?

(1) x−y>|x|−|y|
(2) |x|>x and |y|=y

statement 1:
x - y > |x| - |y|
this tells us that x,y have opposite signs and x,y are not equal to zero.
    (x,y): (-,+) this is not allowed as left side will always be negative and right side will be positive or lower negative value
    (x,y): (+,-) this is allowed as left side will result in higher positive value than right side
x > y. sufficient

statement 2:
|x|>x: this means x is negative. x can not be 0 or positive
|y|=y: this means y is either 0 or positive.
x< y
sufficient

Ans: D
Your solution is contradictory. check.
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Ohh..!! i didn't notice that. Sorry :|
Normally he solves the questions so seeing the error i thought may be he missed something. Hence pointed out. I take back my words.
GMATBusters
there was a typo in question. it was corrected later.

Thanks

lnm87
ArunSharma12
Is x greater than y ?

(1) x−y>|x|−|y|
(2) |x|>x and |y|=y

statement 1:
x - y > |x| - |y|
this tells us that x,y have opposite signs and x,y are not equal to zero.
    (x,y): (-,+) this is not allowed as left side will always be negative and right side will be positive or lower negative value
    (x,y): (+,-) this is allowed as left side will result in higher positive value than right side
x > y. sufficient

statement 2:
|x|>x: this means x is negative. x can not be 0 or positive
|y|=y: this means y is either 0 or positive.
x< y
sufficient

Ans: D
Your solution is contradictory. check.
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This was a tough call wherein even though B was a cake walk but tread carefully and chose D
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