Calculus 2: Integration by Parts (Video #1) | Math with Professor V

[@shushusworld4952]

Hi professor! at 25:30, I don't quite understand the connection between theta squared and root pi and root pi/2 losing their roots...please assist

[@xexo9460]

Your videos are really easy to understand. I really enjoy watching your videos on Calculus

[@mathwithprofessorv]

I’m so glad! 😁

[@joshuas5310]

The "I" method is extremely helpful, it allowed me to wrap my head around how those types of problems were to be solved, thank you very much!

[@jeneenm8314]

Your videos are the best. It's been a while since I found someone who explains math very clearly. Thanks for your efforts.

[@mathwithprofessorv]

Thank you! You’re so welcome!

[@iamsidh03]

thanks a lot madam

[@Slice_Vlogs]

i love this channel

[@mathwithprofessorv]

☺️☺️🫶🏻 I so appreciate your comment and support!

[@abdikadirsalad1572]

Thanks ❤ I really appreciate your help 🎉

[@mathwithprofessorv]

You're welcome 😊

[@NicholasAlexander-x5c]

Hey again Professor V, wanted to see if you could give me some more insight as to why exactly we are also integrating the u*v in the beginning of example 2. Think you could share some more knowledge??

[@nald317onlyjesus]

Thanks ❤for helping me understand 😊

[@mathwithprofessorv]

My pleasure 😊

[@MeltdownxPR]

This was very helpful! Thank you!

[@mathwithprofessorv]

You’re so welcome! Appreciate your feedback!

[@xae6378]

I love you queen. Thank you for making me understand

[@mathwithprofessorv]

It is my pleasure! ☺️☺️ Love u too! 🫶🏻

[@dankmemeseveryday253]

21:47 How did it turn into 5/4 I?

[@jeneenm8314]

We have I + 1/4 I, which could be written as 4/4 I + 1/4 I = 5/4 I