<p>I think you’re wrong. The one which had a higher degree on the numerator would have tended to infinity as n tended to infinity. I think the answer should have had equal degrees on the numerator and denominator (1st degree in this case) and [coefficient of n on the numerator]/[coefficient of n on the denominator] = 2.</p>
<p>IIRC the answer you’re describing had an asymptote that approached 2 but not as n approached infinity. Or something like that.</p>
<p>@KaranMIT No, the answer must be something like
2n+2/n</p>
<p>@IMTLD1: Geez, I messed a lot of questions. I am so stupid :’( </p>
<p>@IMTLD1 - That’s what I got as well. I don’t know what calculus he used to ‘know the trickery in it’. Differentiating pretty clearly shows his example tends to infinity with n, although there’s no need to resort to calculus on a question like this.</p>
<p>EDIT: Didn’t see KaranMIT’s reply. I can relate because I made a careless mistake with the triangle under sin curve question.</p>
<p>@IMTLD1: Yea, I live in Saudi as well. Yanbu… </p>
<p>I hope curve won’t be harsh 
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<p>@efenoteffie: Jinx. That’s exactly what I am thinking now… * I hate myself. -_- * </p>
<p>because i have 5 omitted questions and 1-2 stupid mistakes. Do you think i can get 800 or 790?</p>
<p>@efenoteeffie: Definitely, I don’t see why wouldn’t you? </p>
<p>I hope I didn’t make more than 2 mistakes. Last 15 days for the results :P</p>
<p>@efenoteffie: I’ll pray for you, lad. Don’t worry. Hopefully, you made it to 800…as far as I am concerned I just need it to be 740+ 
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