Would it be correct to assume (for rational functions only) that for horizontal asymptotes, if the H.A. is nonzero, then y = +/- # or is it better to do out the limits approaching positive and negative infinity separately?
RE: HA. Couldn't you simply think of x as a infinitely large (or negatively large) number divided by another infinitely large (or negatively large) number squared, which is under a square root? The limit is easily seen as being 1, or -1, respectively.
The videos are excellent. One observation: It might be helpful is the presenter is a right handed person. Not terrible significant, but still significant.
Would it be correct to assume (for rational functions only) that for horizontal asymptotes, if the H.A. is nonzero, then y = +/- # or is it better to do out the limits approaching positive and negative infinity separately?
SynpaticInc 2 months ago
why would you multiply 1/x to bottom and top of function? :/
DarkGothicVampire13 3 months ago
@DarkGothicVampire13 how did you get rad 1/x^2 @.@
DarkGothicVampire13 3 months ago
@DarkGothicVampire13
sqrt(x^2) = square root of x^2
The greatest x power in the denominator is sqrt(x^2)
But sqrt(x^2) = x so you divide everything by x which is the same thing as multiplying everything by (1/x)
You can do it either way but multiplying by (1/x) reduced page space of actually dividing every term by x.
Sabo3113 3 months ago
I feel like I'm cheating on my calculus professor with you. I think I like it....
mason0444 4 months ago 2
patrick I really really love you i'm your biggest fan in the world!
Daannii5 10 months ago 3
@Daannii5 thanks : )
patrickJMT 10 months ago
@patrickJMT patrickJuniorMathTeacher? lol good lessons, thanks.
iHacksorzz 3 months ago
i totally saw =D y=1 is HA!~~
iknowsnothin 11 months ago
RE: HA. Couldn't you simply think of x as a infinitely large (or negatively large) number divided by another infinitely large (or negatively large) number squared, which is under a square root? The limit is easily seen as being 1, or -1, respectively.
PanzerKfW5 1 year ago
Patrick my canadian teacher is killing us with ridiculous curves for our homework quizzes and she's making jokes about it!!!
how would u graph the function of (x+9)/(|x|+3) help!
homeworkhelper08 1 year ago
The videos are excellent. One observation: It might be helpful is the presenter is a right handed person. Not terrible significant, but still significant.
graycat1981 1 year ago
patrickjmt for president =)
u think u teach at temple university in philly patrick?? they need u
shasanni 1 year ago
how to do Graphing Rational Functions
odinheim 2 years ago
What would I do without you
cepend1 2 years ago 9
Alot THANKS.... u r gr8
amarshahkot 2 years ago
your videos are very helpful buddy
dhanedhar 2 years ago 12