Only statement 2 suffices.
Statement 1 does not suffice since we do not know the values of m and n
i.e. m & n can be either positive e.g. 8 and 4
or negative -8 and -4
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gmat prep question
Source: Beat The GMAT — Data Sufficiency |
I don't think 2 suffices as well.Neo2000 wrote:Only statement 2 suffices.
Statement 1 does not suffice since we do not know the values of m and n
i.e. m & n can be either positive e.g. 8 and 4
or negative -8 and -4
Take m=4, n=2. (2) satisfies condition (4-2)/2 > (4-2)/4 and m > n
Take m=-4, n=-2. (2) satisfies condition (-4+2)/-2 > (-4+2)/-4 but m < n
So, I think it should be E
actually I realized I can do the same approach with 1 too -
m/n >1
multiply both sides by n and you get m>n
So should we test with some random values instead of this approach? Any ideas?
m/n >1
multiply both sides by n and you get m>n
So should we test with some random values instead of this approach? Any ideas?
You can multiply both sides by mn/(m-n) but you don't know what to doatarafder wrote:(m-n)/n > (m-n)/m
multiply both sides by mn/(m-n)
you get m> n, so I think 2 should suffice.
with the inequality sign -- does it reverse in direction or does it remain
the same ?
Put another way
(m-n)/n > (m-n)/m
If m-n is positive, you can do
1/n > 1/m
else, it becomes
1/n < 1/m













