I don't know how to makes changes in the figure.But here it is
See the triangle POQ
Op=4
OQ=3
So as you can see POQ forms a right angle triangle then PQ becomes "5"
Imagine a triangle at the extreme end with point X as the last imaginary point, then PX is 3 and XR is 4, then PR is 5 again.
So now take either PQ or PR as the base and find the area
1/2 * b * h
1/2 * 5*5
25/2
12.5
Hope I am correct
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Geometry Ques from GMATPrep
Source: Beat The GMAT — Problem Solving |
You can, for example never foretell what any one man will do, but you can say with precision what an average number will be up to!
In the rectangular coordinate system below, the area of triangular region PQR is
12.5
14
10√2
16
25

The area of the rectangle drawn around ∆PQR = 7*4 = 28.
Since ∆PQR takes up less than half the rectangle, ∆PQR < 14.
The correct answer is A.
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Followed here and elsewhere by over 1900 test-takers.
I have worked with students based in the US, Australia, Taiwan, China, Tajikistan, Kuwait, Saudi Arabia -- a long list of countries.
My students have been admitted to HBS, CBS, Tuck, Yale, Stern, Fuqua -- a long list of top programs.
As a tutor, I don't simply teach you how I would approach problems.
I unlock the best way for YOU to solve problems.
For more information, please email me (Mitch Hunt) at [email protected].
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Thanks Mitch, this is what i wanted to do, but was unsure. I could have saved atleast 1 min on this question and moved on on DS!
You can, for example never foretell what any one man will do, but you can say with precision what an average number will be up to!
Hi pareekbharat86,
There's a great tactic that's worth remembering on graphing questions: any diagonal line on a graph is part of a right triangle (that you can draw and use to figure out the length of the line). That tactic works perfectly on this prompt (as you can see from the various explanations). You'd be surprised how often that one "math move" can be used to help you solve graphing questions, so keep in mind as you continue to study.
GMAT assassins aren't born, they're made,
Rich
There's a great tactic that's worth remembering on graphing questions: any diagonal line on a graph is part of a right triangle (that you can draw and use to figure out the length of the line). That tactic works perfectly on this prompt (as you can see from the various explanations). You'd be surprised how often that one "math move" can be used to help you solve graphing questions, so keep in mind as you continue to study.
GMAT assassins aren't born, they're made,
Rich














