Calculus 2: Differentiation and Integration of Power Series-Pt 2 (Section 11.9) | Math w Professor V

Explanation of term-by-term differentiation and integration. Expressing functions of power series by differentiating known power series, finding the radius of convergence. Evaluating an integral by expressing the integrand as a power series. #powerseries #differentiatingpowerseries #integratingpowerseries #calculus2 #calculus #mathtvwithprofessorv #youtubemath #mathprofessor #mathvideos

Don't forget to LIKE, Comment, & Subscribe!

xoxo,
Professor V

Calculus 2 Lecture Videos on Integration:

Trig Review:

Calculus 3 Video Lectures:

#mathwithprofessorv #integration #partialfractions #partialfractionmethod #partialfractiondecomposition #trigonometricsubstitution #trigintegrals #trigsubstitution #integrals #integralcalculus #calculus2 #calculusvideos #calculus2videos #integralvideos #trigonometricintegrals #math #youtubemath #mathvideos #mathtutor #mathprofessor #calculusvideos #integrationbyparts #integralcalculus

Join this channel to get access to perks:

Socials:
IG: @mathwithprofessorv
TikTok: @mathwithprofessorv

I'm also an Amazon influencer, so feel free to support and shop:

EXCITING NEWS: You can now sign up for my Patreon at the link below!

My Patreon is a place for students to have access to exclusive ad-free content not available on my YouTube channel! Access to the library of additional videos, worksheets, and more is available with the "Star Pupil Package" tier for just $9.99/month (USD).

*This video is copy protected and cannot be downloaded or used in any capacity without my permission.*

[ramyanaganagarur]

My teacher basically skimmed through this and is giving a test about it. Every other YouTube teacher did not explain it as well as you. Your explanations are the clearest and precise. Please continue to teach the way you do!!

[kunasheelan]

You are the best Professor V! You made me learn so much more in 2 weeks than The entire semester combined. Please continue to teach the way you teach with the examples you provide!
Absolutely the best!

Please please do a video on full exam Revision for Calculus 2. That will be so useful! Thank you once again! ❤️❤️

[jdavis]

Professor V I cannot thank you enough!!! Minute 7:30 is where this finally clicked for me, you put it in terms that were so much simpler to understand :)

[fadialsaidi]

Actually, you are the best professor I have seen.

[mokamoka]

you are amazing, watching your videos before my test made incredible benefit, thanks am gonaa watch the whole work for calc2

[DevikaVicaSood]

Can anyone explain how the radius of convergence for 1/(1-x) is equal to 1?

[johnwright]

Thanks Professor V this will save my quiz grade tomorrow

[shakuradlan]

literally my savior for my exam tomorrow, thanks

[Jxkats]

thank you very much for simplifying this lesson 😍, in 17:31 how does x^3<1 give the interval (-1, 1)

[ARTDEVGRU]

Thank you, Professor V! These are so helpful. I wish you were my Professor :)

[Bisratmidakso]

you are amazing teacher i am never seen ever kep it👍

[dwadedwade]

professor, for 8:07 why (-1) term after antiderivative are the same rather than (-1)^(n+1)

[J.B]

Professor V, do you go over proofs in your lectures?