Calculus 2: Taylor and Maclaurin Series (Part 1) | Math with Professor V
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- Опубліковано 5 тра 2020
- Introduction to Taylor and Maclaurin series; examples finding the Taylor Series for various functions centered at a and finding their associated radius of convergence.
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Professor V, you are a girl’s girl. thank you for all that you do🙏
It is my honor and pleasure! ☺️☺️🫶🏻💕
I'm watching this to preview before my class, thank you.
Wow, this video was nicely presented. I tried learning this chapter looking at the chapter in my textbook, Khan Academy, and some other UA-cam videos but this one was what finally made me understand Taylor Series.
I’m so happy to hear that!!! Thank you for the feedback, and please feel free to share this video with whoever else you think will find it helpful. Wishing you lots of success!
Thank you Professor V.
You’re welcome! ☺️
Taylor series are finally making sense!!!! Thanks so much!
Yay!!!! You’re so welcome! 😊😊
I passed calculus 2 thanks to you and all these amazing videos you have👍🏻Can’t wait to take linear algebra next semester.
Oh yay congratulations!!!!! 🎉 I’m excited for you, too! Thank you for your comment and support. ☺️
I went over this section in my class last week and I didn't understand it. This was a great video and you make it so much easier. Thank you.
I'm so glad! I have many more videos on sequences and series, just check out the Calc 2 playlist.
Literally 5 minutes into the video and that table method has already made me better at this. Thank you so much
You’re so welcome!!!! 💕☺️How else could you do those problems without a table?! 😱
Thank u for the amazing video. I am just wondering, when do I start the summation with n = 0 or n = 1? My final is tomorrow.
you make math much easier
I’m so happy to hear that! ☺️☺️☺️
Thank you so much 😊
You're welcome 😊
Seri 1/a^n +1 konv or div
professor V i love you
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cosx(pi) is 1 and not -1
Ha! Map that out for me…
thanks , the talmaan text book for this section is an abomination and pathetic excuse for a lesson on this material
Never heard of it. You’re very welcome! 😊
It's like I am falling in love with your UA-cam channel because wow ❤❤❤ you are making things perfectly clear 🫰💥👌♥️♥️🎯🎯
Awwwww thank you so much! 🥰🥰🫶🏻