Thanks Karishma. Wonderful explanation. Much appreciated.
soul123
Hi,, is it possible explain ths question without no line..
Here is OE.
Explanation: Since all of the expressions are contained within absolute value signs, we are talking about distances here. It may be easier to think of the four variables as landmarks along a highway, and the question as asking whether x or y is farther from q.
Statement (1) is insufficient. If y is farther from p than x is from p, we know that p is to the left of the midpoint between x and y. q could also be to the left of the midpoint (in which case it is closer to x), but it could just as easily be to the right of the midpoint.
Statement(2)is also insufficient. We know that |p-y| > |q-y|, which tells us that both |q-y| and |q-x| are less than |p-y|, but not which is greater.
Taken together, the statements are still insufficient. We have several pieces of information:
|p-x| < |p-y|
|q-x| < |p-y|
|q-y| < |p-y|
|p-x| < |q-x|
To put what we can in the correct order: |p-x| < |q-x| < |p-y|
and
|q-y| < |p-y|
Still, we have no way to deduce the relationship between |q-x| and |q-y|.
Choice (E) is correct.
Thanks.