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If n and k are greater than zero, is n/k an integer ?

(1) n and k are both integers.
(2) n^ 2 and k^2 are both integers

Solution: Determine whether n is a multiple of k?

Statement 1: n and k are both integers
No relation is defined between n and k - Insufficient

Statement 2: n^ 2 and k^2 are both integers
Again no relation is defined between n and k - Insufficient

Even together statement 1 & 2 are insufficient. Answer E
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Bunuel

Although I got the correct answer easily, looking at explanations got me a little curious about something.
I have a small query. Kindly correct me if I am wrong here.


I see almost every answer for statement 2 as "If n^2 and m^2 are integers, then n and m have to be integers. "



What if n^2 = 2 , then n=Root<2>
and m^2 = 3 ; then m=Root<3>
{Considering the fact that the only information we have been given is that n and m are positive.}


Is my reasoning correct here?
Thanks in advance.
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Inten21
Bunuel

Although I got the correct answer easily, looking at explanations got me a little curious about something.
I have a small query. Kindly correct me if I am wrong here.


I see almost every answer for statement 2 as "If n^2 and m^2 are integers, then n and m have to be integers. "



What if n^2 = 2 , then n=Root<2>
and m^2 = 3 ; then m=Root<3>
{Considering the fact that the only information we have been given is that n and m are positive.}


Is my reasoning correct here?
Thanks in advance.

Yes, just knowing that n^2 is an integer does not necessarily mean that n is an integer. For example, \(n=\sqrt{2}\) --> n^2 = 2 = integer but n is not an integer.
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Hello from the GMAT Club BumpBot!

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