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Hi everyone, I read the explanation for this question but I'm not convinced how if the angle ABC is 90, then we can conclude that \(a^2=\frac{1}{a}\)
According to me if the angle ABC is 90, then the triangle becomes isosceles but the sides are \(a^2\) and \(\frac{2}{a}\). Because is a triangle rectangle \((\frac{2}{a})^2 = (a^2)^2 + (a^2)^2\) ---> \(2 = a^6\)
Can anyone explain why my reasoning is wrong? Thank you
Archived Topic
Hi there,
Archived GMAT Club Tests question - no more replies possible.
I'm sorry I tried to look for that thread but couldn't find it. The normal search does not work properly, and I cannot access to the other thread you post. I'll avoid duplicating threads next time. sorry for the inconvenience.
Sorry, there was a typo. You must be able to access both threads now.
mikeCoolBoy
I'm sorry I tried to look for that thread but couldn't find it. The normal search does not work properly, and I cannot access to the other thread you post. I'll avoid duplicating threads next time. sorry for the inconvenience.
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Archived Topic
Hi there,
Archived GMAT Club Tests question - no more replies possible.