I will never forget LIPET when dealing with integration by parts to decide which one to be the 'u' & 'dv' 😊. I just wanna thank Professor V for acronym ❤...
So Professor V I just want you comfirm that if I don't have a polynomial in the problem should I always add a horizontal product at the end and integrate it or what?
You subtract the integral of the product of the bottom row! Here’s the video lecture on Integration by Parts not using the tabular method: Calculus 2: Integration by Parts (Video #1) | Math with Professor V th-cam.com/video/0klrkpMUsXA/w-d-xo.html
Wow, superb! I learned a new trick! ❤❤❤
Yay glad you liked it! My class got so excited when I showed them last week. ☺️
@@mathwithprofessorv love to learn new tricks! Thank you so much 😊
I will never forget LIPET when dealing with integration by parts to decide which one to be the 'u' & 'dv' 😊.
I just wanna thank Professor V for acronym ❤...
Happy to help! ☺️☺️☺️
So Professor V I just want you comfirm that if I don't have a polynomial in the problem should I always add a horizontal product at the end and integrate it or what?
You subtract the integral of the product of the bottom row! Here’s the video lecture on Integration by Parts not using the tabular method:
Calculus 2: Integration by Parts (Video #1) | Math with Professor V
th-cam.com/video/0klrkpMUsXA/w-d-xo.html