Oblique asymptotes

[TheSRMath]

Note that for our syllabus we will concentrate on the rationale functions y=P(x)/Q(x) where P(x) is quadratic and Q(x) linear, thus having y=P(x)/Q(x) = G(x) + k/Q(x) where G(x) is linear and k is a constant.

In general, if P(x) is degree n, Q(x) degree (n-1), G(x) will be linear but we may have the form y=P(x)/Q(x) = G(x) + H(x)/Q(x) where H(x) is not a constant. We will not be looking into these cases however.

[TheSRMath]

Actually guys, I will try to invest in a better mic but in the mean time, I have tried using my own computer at home (an Apple) to view the videos. Although there were hissing/knocking sounds at the beginning of some videos, as you continue, the audio part improves a great deal. Also, for some videos that are bit soft at the beginning, it got more laudable a bit later. So, with a bit of patience, you'll see, it gets better ;)

[TheSRMath]

I know it's not a good production, some of the other movies are better I think. Budget constraints :) kakaka

Will get better I hope :)

Mr Anuar

[jianoob]

o m g so noisy. lols