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Is |x + 3| > |2x + y| ?

Stat1: x > 0
we don't know, if y > 0 or y < 0. Not sufficient

Stat2: y > 0
we don't know, if x > 0 or x < 0. Not sufficient

Combining both, x> 0 and y >0, which means, x + 3 > 2x + y or, x +y <3. It can be Yes or No both, as X and Y both are positive Not sufficient

So, I think E. :)
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Bunuel
Is |x + 3| > |2x + y| ?

(1) x > 0
(2) y > 0

The statements alone are clearly insufficient because each gives info only about one of the variables.

When taken together: we know that both x and y are positive, thus both x+3 and 2x+y are positive, hence we can get rid of the modulus. The question becomes is x + 3 > 2x + y --> is x + y < 3. We cannot answer this question.

Answer: E.
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Stmt 1 alone: Not Suff since no info on y. Eliminate A and D
Stmt 2 alone: Not Suff since no info on x. Eliminate B

Stmts 1&2 together: (x+3) & (2x+y) are positive. That’s all it provides. It gives various results for various inputs of (x,y). So its Not Suff (Eliminate C) and E is the answer.
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Bunuel
Bunuel
Is |x + 3| > |2x + y| ?

(1) x > 0
(2) y > 0

The statements alone are clearly insufficient because each gives info only about one of the variables.

When taken together: we know that both x and y are positive, thus both x+3 and 2x+y are positive, hence we can get rid of the modulus. The question becomes is x + 3 > 2x + y --> is x + y < 3. We cannot answer this question.

Answer: E.


How can we be sure that squaring both the sides is not needed here?
Is squaring both sides and then solving a lengthy process?
In which circumstances squaring both sides is needed?
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