Graphing a Rational Function with Slant / Oblique Asymptote

[@みな-g4y]

This vid has helped generations of students

[@aafkssharaf1256]

Best ever!! From now on, I don't have to waste my time figuring out other v/ds to understand math.You are my #1. Thanks.

[@TheFunkyCriminal]

best math on youtube ever youre like mr white

[@aliaalmazbekova]

"Genius is found in simplicity(!)" Thank you very much, Patrick!

[@dantebloodius]

Thank you so much, this will definately help on my test. I could not understand how to graph a slant, but thanks to you I do. Keep it, we simpletons appriciate it. :)

[@davidn.2555]

How did you input the oblique assymptote. It wasn't clear

[@noirkenny]

from y=3x+6, when x=0, y=6 and when y=0, x=-2 .. then join the two points

[@dwiedman1234]

I love you. You made my calculus 10 out 10 on my homework possible.

[@projectjt3149]

If only I knew earlier. Didn't start using patrickJMT until mid 3rd quarter.

[@user-dh5bo1wn7p]

Saved my precalc grade. God bless

[@projectjt3149]

Doesn't matter if it's algebra or Calculus, this guy is a SAVIOR!!!

[@heathergazitt]

you are so much better at teaching then my actual math teacher thank you!!

[@user-fe8vx6ok8q]

Thanks for the help. Wish more teachers could explain concepts like this.

[@knowiz8071]

you really help alot. do you have definite integral vidz and also counting techniques and probability distributions?

[@DeepSingh-qf6te]

thankyou this was very helpful. considering i dont pay attention in class. lol

[@lollollolhej]

Could u do a video, where u explain scetching graphs with regards to derivates, and second derivates?

[@mlaikamalik5053]

thank u that was really helpful !!

[@pizzatime9196]

Left handed ppl be smart 👏😤👏

[@profusion7148]

So you don't do anything with the reminder when you graph the function ?

[@profusion7148]

Remainder*

[@zakirabrahim6080]

+Miles Edgeworth Naw Nigga, you just dividin' to find da equation of da mawfuckin line for da slant asymptote , remainder don even madda

[@vitsmartir2474]

is it possible to consider as oblique asymptotes if it is 3x^3+4 over x-2? I was wondering because I wasn't been able to ask my teacher about this and none of my classmates know about this.

[@hannahpalmer3203]

Do you have a video of set or interval forms?

[@RaffaelloLorenzusSayde]

I had trouble with the y-intercept for the slant asymptote.

[@baileypang3083]

what do you say would be the range of the function since it has a slant asymptote?

[@mammaramir]

R=YER because the y-values do not ever stop

[@noodlewhitley]

You'd have to put in a few Xs (maybe x = 5 and x= 3.5) to confirm, but it looks like the range goes from negative infinity up to negative 2, then picks up again at 26 and continues up to positive infinity. The range is the possible y values, or output values.

[@juliawburn2352]

thank you i love you i am gonna cry because i have a test tomorrow

[@patrickjmt]

just a test, not worth crying over :)

[@bubalubagus7037]

what do i do if the factor of the divisor is greater than that of the dividend?

[@ehmedlivasif3565]

thanks

[@areinaismail386]

thanks!

[@fromyouranonymous]

helpful^^ thanks

[@lilyshamanova5941]

What would happen if our remainder is 0?(

[@tobiaschapinda6771]

Find the equations of the asymptotes of the following graphs y=(3-x)/(2x+5) y=2/(2x+1)

[@AnkitKumar-ur7ih]

awesome..

[@nodisplaynodisplay8130]

you dont do nothing with the denominator when finding x-intercept

[@parkerdodson3350]

"And again,"

[@danv8718]

Ahh the irony of the ad shitting on how useless old mathematics KZbin videos are...

[@Gabzerella]

This ended up looking like a parabola. :|

[@estevanramonperezpascual2108]

Thanks, good explanation. Now get some graph paper and do it like a pro!