Whether S is in between R and T?
(1) | R - T | > | R - S |
(2) | R - T | > | T - S |
OA N/A
My take E
Mod
This topic has expert replies
-
- Master | Next Rank: 500 Posts
- Posts: 468
- Joined: Mon Jul 25, 2011 10:20 pm
- Thanked: 29 times
- Followed by:4 members
GMAT/MBA Expert
- [email protected]
- Elite Legendary Member
- Posts: 10392
- Joined: Sun Jun 23, 2013 6:38 pm
- Location: Palo Alto, CA
- Thanked: 2867 times
- Followed by:511 members
- GMAT Score:800
Hi vipulgoyal,
This question can be solved by TESTing VALUES. Before I show you that solution though, I have a few questions:
1) What is the source of this question?
2) Why doesn't it have an Official Answer?
3) If you think that you know the correct answer, then where is YOUR explanation?
4) Why would you use a resource that doesn't include an Answer/explanation for the questions that it's offering?
There are plenty of reputable resources that you can use for practice questions; you might be better served focusing on those resources.
GMAT assassins aren't born, they're made,
Rich
This question can be solved by TESTing VALUES. Before I show you that solution though, I have a few questions:
1) What is the source of this question?
2) Why doesn't it have an Official Answer?
3) If you think that you know the correct answer, then where is YOUR explanation?
4) Why would you use a resource that doesn't include an Answer/explanation for the questions that it's offering?
There are plenty of reputable resources that you can use for practice questions; you might be better served focusing on those resources.
GMAT assassins aren't born, they're made,
Rich
-
- Master | Next Rank: 500 Posts
- Posts: 468
- Joined: Mon Jul 25, 2011 10:20 pm
- Thanked: 29 times
- Followed by:4 members
Hi Rich, Thanks for valuable insight,
source was my previous assignment ( where i took classes,while back) unfortunately i lost explanation sheet, i googled it and didn't found ,newhere
as far as q concerned
Whether S is in between R and T?
(1) | R - T | > | R - S |
(2) | R - T | > | T - S |
from 1. r^2 +t^2 -rt > r^2+s^2-rs
t+s > r
from here i spred these variables on number line
0-----r---t------------s NO
0-----r----s-----------t
both satisfies "t+s > r" both give different result , hence NO for stem 1
same for stem 2
I dont know whether it is clear concise sure short method, it took couple of minutes, thanks once again
source was my previous assignment ( where i took classes,while back) unfortunately i lost explanation sheet, i googled it and didn't found ,newhere
as far as q concerned
Whether S is in between R and T?
(1) | R - T | > | R - S |
(2) | R - T | > | T - S |
from 1. r^2 +t^2 -rt > r^2+s^2-rs
t+s > r
from here i spred these variables on number line
0-----r---t------------s NO
0-----r----s-----------t
both satisfies "t+s > r" both give different result , hence NO for stem 1
same for stem 2
I dont know whether it is clear concise sure short method, it took couple of minutes, thanks once again