Infinite Limits & Vertical Asymptotes Calculus 1 AB

EXAMPLES at 10:26 13:51 16:16 26:33 29:55 NOTE:At minute 29:16 I say the denominator equals zero, but it is undefined at pi/2.
I introduce and explain the Infinite Limits Theorem and the Definition of Vertical Asymptotes and then work through five examples. The first three examples involve algebraic rational functions and I remind you of the difference of asymptotes and holes (removable discontinuities) and the last two involve Trig functions in the rational equations.

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[glacierblue]

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Thank you for taking the time to make all of them and being so thorough.

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[profrobbob]

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[stephenrodriguez]

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[EP-rqpn]

Excellent video as always Professor, thank you! I was wondering if you would mind elaborating on what you said at about @29:10 about not having a vertical asymptote when the denominator is undefined in a trig function. I saw how this graph looks on my calculator, but I'm having trouble wrapping my mind around how that's possible and what's really going on there?

[gonsalvesdenyese]

Thank God, I had to search your channel for this. Thank you Sir!!!! I have another exam on Saturday and I am a little unclear of this concept. Thank you thank you thank you.

[profrobbob]

turtle1361...You are the kind of student every teacher hopes to have in their class and watching their YouTube channel:)!

[will-febemontes]

Great attitude and beautiful cursive handwriting. Why aren't my professors as simple and clear????
Thank you for the video 

[profrobbob]

I have multiple videos on logarithms, just use the search window on the homepage of my channel.

[ruthport]

Can you please explain log?I don't understand it. Thank you

[UrielD]

Hey, great lesson! I learned a LOT, seriously. By the way, at the beginning of the video, in the "Infinite Limits Theorem" segment ( under the negative infinite limit) it is written "...for each N>0..." but the definition doesn't make any sense to me unless N<0. Hope you can help me on that matter. Anyway, i really love your videos, big fan!

[deemaalabdulaali]

Thank you so much professor.
I have a question, while solving this :
Lim as x->0+ (-1/sinx) will the negative of the one change the sign of the infinity in the answer ? Like would it be positive infinity or negative infinity ?

[crazyozzyking]

subscribed!!! thanks a lot, math exam tommaorw.

[myasmith]

Sooo what is the vertical asymptote?Im so confused

[profrobbob]

Thanks for saying so...I see you watched another video already too...just keep my channel running!
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[dsala]

i understand i got in trouble when the limit used the equal sign

[dsala]

the limit of a function is defined as a real number so there is no such thing as an infinite limit. Cuz I remember my calc teacher beating me over the head when i said the limit was infinite. BTW great lecture
Peace and blessings
D

[titan]

"Asymptotic High Fives"... XD