Calculus 2: The Comparison and Limit Comparison Tests (Part 2) | Math with Professor V

[@nargestavakolibina9799]

I don't normally comment on YT videos, but Prof.V, your videos saved me when I was learning improper integrals & Techniques of Integration, and they are saving me now, as I learn more about Series! Thank you for what you do. Your videos never fail to clear things up for me in Calc 2!

[@mathwithprofessorv]

Well I’m so so glad you did decide to comment! It makes me incredibly happy to hear how much my videos are able to help students learn Calculus-I feel like it’s what I was meant to do. ☺️ Hope you enjoy learning about Series! It’s one of my favorite topics! Xoxo, Professor V

[@AbbieHaylock]

Hey, you're videos are amazing! It is honestly just what I am looking for as a Mathematics university student... clear, concise and helpful with lots of examples. I have been recommending you to my friends! Please could I just confirm, for the LCT, if the degree on the numerator is higher than the denominator, do we divide by the highest degree ( so the numerator) or is it always the highest degree on the denominator? Thank you again!

[@mathwithprofessorv]

Glad you like them! And always divide by highest degree of the denominator no matter what. 😉🫶🏻

[@AbbieHaylock]

@@mathwithprofessorv Thank you! Sorry quick question, is the comparison test for Sums (the examples in this video) the same for the using the comparison test to determine limits? For example, here apparently you can use the comparison test to determine the limit of the following: lim x->∞ (xlogx) / x+1 But I don't really understand how the test would work here?

[@jalsamuel]

helpful video....Thank you Prof. V.

[@mathwithprofessorv]

You are welcome 🤗

[@zuko-s9o]

I just love your videos; thanks a lot💗

[@mathwithprofessorv]

You are so welcome 🤗

[@SidJoshi-sy6zv]

I love how you say "giving p series vibes" so funny lol

[@mathwithprofessorv]

😉😉🙌🏻

[@TaruO-o]

Wow thank u mam🥺❤️❤️

[@mathwithprofessorv]

Most welcome 😊

[@sarahmahmoud1857]

15:30 bounding trig A-n

[@hongbozhou2656]

😘

[@mathwithprofessorv]

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