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Through manipulation we get: \(y = (x+y)\) Thus, x = 0 and y = (x+y)
Statement 1 gives the very value of x+y. Sufficient. Statement 2 prompts two scenarios: \(x(y-3) = 0\)
\(x= 0\) OR \((y-3) = 0\)
Scenario A X = 0
OR
Scenario B Y = 3
From Scenario A we find that if X = 0, y can take any value
From Scenarios B we find that if y = 3, then x can take any value; BUT since we know from the question stem that X has to be equal to zero then if Y = 3, X = 0. So now looking back at Scenario A, if X = 0, then y *cannot* take any value because it must be equal to 3. Hence D.
Archived Topic
Hi there,
Archived GMAT Club Tests question - no more replies possible.
Through manipulation we get: \(y = (x+y)\) Thus, x = 0 and y = (x+y)
Statement 1 gives the very value of x+y. Sufficient. Statement 2 prompts two scenarios: \(x(y-3) = 0\)
\(x= 0\) OR \((y-3) = 0\)
Scenario A X = 0
OR
Scenario B Y = 3
From Scenario A we find that if X = 0, y can take any value
From Scenarios B we find that if y = 3, then x can take any value; BUT since we know from the question stem that X has to be equal to zero then if Y = 3, X = 0. So now looking back at Scenario A, if X = 0, then y *cannot* take any value because it must be equal to 3. Hence D.
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That's not correct. Why cannot y be 1 for (2)? Or 0, or 100?
Archived Topic
Hi there,
Archived GMAT Club Tests question - no more replies possible.