Rational Function : Find the Asymptotes (Vertical, Horizontal, Slant / Oblique)

Thanks to all of you who support me on Patreon. You da real mvps! $1 per month helps!! :) / patrickjmt !! Rational Function : Find the Asymptotes (Vertical, Horizontal, Slant / Oblique)

[@LiveAventura]

This man helped me pass Precalculus, God Bless your soul Patrick.

[@khaphurjamatia1038]

You just made me doubts clear. Thank you so much. I am so poor in mathematics but your videos are helping me a lot.

[@dheerajrawal1465]

Bro you are the GOAT!!!

[@coltonadkins56]

Thanks so much, made it easier for me to understand.

[@witnessforchrist7778]

Thank you! I'm taking online precalculus and the videos on the subject were very confusing and moved too fast without explaining

[@samunawai1724]

thank you finally this will help me in furthering my studies..

[@joshkim9724]

At 3:19, X = -3 is not a vertical asymptote, because (X+3) is a factor of the numerator. So only X = =-5 is the vertical asymptote.

[@michaelonwuamaegbu1637]

+Josh Kim yeah thts true

[@michaelonwuamaegbu1637]

+Josh Kim yeah both (X+3) on the numerator and denominator cancel each other out.

[@richardwu9013]

@@michaelonwuamaegbu1637 Then it's a hole.

[@sarahdood1784]

Thank god i found this channel!!

[@chefj4042]

I can just smell the sharpie from my screen. Great video though!

[@dreasway7918]

how do u know that there isnt any horizontal symptotes

[@glenysminier6466]

+Andrea Hammond Horizontal asymptotes only occur if the degree of the numerator equals the degree of the denominator :)

[@aliqan6258]

+Andrea Hammond the degree of the denominator > the degree of numerator or top degree is greater than bottom degree so it has no horizontal asymptote.

[@todymaverick]

@@glenysminier6466 no if top is less than bottom or when top power is equal to bottom

[@Ireemo1]

do we always use long division when we have oblique asymptote ???? @patrickJMT

[@tobiaschapinda6771]

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

[@clivesiame9932]

Thanks a lot Patrick!

[@shinning97]

Thank you so much! This helped me a lot

[@jkygonzalez5893]

Could you please give examples of how to find a rational function when a hole. vertical asymptote and slant asymptote are given? It's like the opposite when a rational function is given and you have to find the asymptotes. thank you

[@dona335]

the long division always confuses me

[@dona335]

ahaha that's okay i ain't never going back to precal 11 or any sorta math ever again

[@dona335]

how?

[@Amy-tw3zh]

I ONLY use synthetic division.. long division is too much lol

[@richardwu9013]

@@Amy-tw3zh and if the denominator isn't a linear function?

[@ubertube5308]

Finally a hard problem to solve. Thanks

[@franchescolicolonne1017]

Pretty smart dude how you get that smart... long years of practice.

[@benbruder]

*Almost 900K lets goo (to that gold play button woo)*

[@patrickjmt]

yea, slowly getting there :)

[@alaamahmoud5725]

what if we didn't cross or we have forgotten to cross the (x+3) and so we devided the whole function the oblique asymptote is considered as a wrong ? 🤔 and thanks a lot for the explanation hope you'd answer me ! 😄🤓

[@strykergamingleague7832]

Awesome!!

[@rand0mn35s]

Hey, awesome video. one question, the function can b written as g(x) = Quotient x Divisor + Remainder. Why cant the denominator of the remainder be the quotient instead of the divisor?

[@TheSpazinChaz]

thanks helped alot

[@g-cleib]

When you crossed out (x+3), does that make a hole in the graph?

[@michellec.4291]

I love you!!! lol thanks so much

[@mathwithmahendersir7375]

sir pliz send short triks for asymptotes

[@asddfasdqwe7389]

wow calc is so much more about algorithms than algebra 2!

[@beenzable]

Patrick can yu plz help me by telling how can we draw graphs on a graphic calculator if we don't know the y min and y max

[@aaronargottelopez3488]

I like it.

[@irfaniskandar4825]

hey thanks man

[@jeremyrodrigue9070]

u r wicked smaht

[@owenedwards3078]

Umm that’s a slant asymptote I’m pretty sure

[@bunnythewitch3716]

Notice that he says notice a lot... lol couldn't help myself... okay I'll just go back to failing math bye...

[@poojadevi3462]

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