I have not been able to find a video on this concept that was so well-explained, thorough, and REASSURING. It's one thing to understand the material and make a video about it, but it's another thing to be able to teach it as thoughtfully as you did. Thank you SO much.
You are so very welcome! Thank you for your comment-I truly appreciate it! ☺️❤️❤️❤️ I put my heart into teaching math and it brings me such joy and fulfillment when I hear feedback like yours. Wishing you lots of success!!!
I was literally scribbling all over my homework panicking again, because I did not understand this at all from the class I had. After watching this video omg I feel so much better! It's because of people like you offering this help on youtube for free that one day I'll be able to get my engineering diploma. Thank you so much!
You’re so very welcome!!!! ☺️☺️☺️ Wishing you lots of success with your education and career goals! Please share my channel with anyone and everyone-I would appreciate it! 🙏🏻🫶🏻
Your unwavering dedication and the extraordinary clarity in your explanations have left me in awe. You truly embody the essence of an exceptional teacher, and it is evident that we could greatly benefit from the influence of more individuals with your remarkable pedagogical skills.
Thank you so much for your incredibly kind words-it means a lot to me since I’m passionate about what I do and want to make learning calculus as easy and accessible as possible for my students and students around the world. ☺️
I was having an anxiety attack because I couldnt figure out how to do this, not only did you explain everything perfectly and answered all my questions, you assured me and made me feel okay, thank you
Of course-it is an honor! Comments like yours make me know this is all worth it and I’m doing what I’m supposed to do. You are more than capable of mastering this topic, and a professor who understands it thoroughly can explain it in an understandable way that isn’t intimidating. Wishing you lots of success!!! ☺️☺️☺️🫶🏻🫶🏻🎉
I was stressing so bad about this because I didn't understand it at all and I have a test on it tomorrow. Thank you so much this genuinely got me from not understanding it at all to fully understanding it. THANK YOU
I found this section to be so confusing, but your examples helped so much!! The way you showed how the differentiation and integration was so clear and helpful. You saved my Calc 2 grade thank youuu. Liked and subscribed!!
Genuinely think this video saved my test grade. Thank you. This was so much clearer than anything I've seen thus far. Breaking down how you got to every step and thoroughly explaining everything is extremely helpful. Every other video I've seen and even my professor just fly through everything. So once again, thank you!
absolutely! i have a question. what should we do when they want us to do this in reverse? like when we are given what we got as an answer here and wanting to turn it back to the function? (sigma to function as in finding the sum instead of going through function to sigma)@@mathwithprofessorv
At 30:16, the denominator inside the sum should be 5^n, not 5^n+1. I used this to help with some homework and it didnt work with 5^n+1, but did work with 5^n even with n=0...
Hello. Can a sum series in the form an.x^n have a convergence interval (-3/2,+3/2]? There was such a question in our exam, do you have any idea how to solve such questions?
😂😂 😂I would love that so much! Makes me happy when viewers get my sense of humor. I have some merch out now but the only design so far is “Professor V’s Math Police.” Maybe if my channel blows up sooner than later that phrase will be recognizable enough to put on a shirt! 🙏🏻🙏🏻🙏🏻☺️🫶🏻
At 12:37 isn't it 2^(4n +4) instead of +2?
Yes! Thanks for catching that! Whoops 😬
Dude that freaked me out. I was about to question everything I know about math
I have not been able to find a video on this concept that was so well-explained, thorough, and REASSURING. It's one thing to understand the material and make a video about it, but it's another thing to be able to teach it as thoughtfully as you did. Thank you SO much.
You are so very welcome! Thank you for your comment-I truly appreciate it! ☺️❤️❤️❤️ I put my heart into teaching math and it brings me such joy and fulfillment when I hear feedback like yours. Wishing you lots of success!!!
I was literally scribbling all over my homework panicking again, because I did not understand this at all from the class I had. After watching this video omg I feel so much better! It's because of people like you offering this help on youtube for free that one day I'll be able to get my engineering diploma. Thank you so much!
You’re so very welcome!!!! ☺️☺️☺️ Wishing you lots of success with your education and career goals! Please share my channel with anyone and everyone-I would appreciate it! 🙏🏻🫶🏻
@@mathwithprofessorv of course, I definitely have been sharing it with all my friends!
Your unwavering dedication and the extraordinary clarity in your explanations have left me in awe. You truly embody the essence of an exceptional teacher, and it is evident that we could greatly benefit from the influence of more individuals with your remarkable pedagogical skills.
Thank you so much for your incredibly kind words-it means a lot to me since I’m passionate about what I do and want to make learning calculus as easy and accessible as possible for my students and students around the world. ☺️
I was having an anxiety attack because I couldnt figure out how to do this, not only did you explain everything perfectly and answered all my questions, you assured me and made me feel okay, thank you
Of course-it is an honor! Comments like yours make me know this is all worth it and I’m doing what I’m supposed to do. You are more than capable of mastering this topic, and a professor who understands it thoroughly can explain it in an understandable way that isn’t intimidating. Wishing you lots of success!!! ☺️☺️☺️🫶🏻🫶🏻🎉
this is the best video of Power Series Representation of function in youtube, thank u so much, this was very helpful for studying
You’re so welcome!!!! Thank you for your kind words 🙏🏻🙏🏻🙏🏻💕
you make learning this actually fun with your personality, thank you.
That means so much to me!!!! You’re very welcome! ☺️
I haven't found anyone with better and more detailed explanations than you, thank you so much!
You’re so welcome!!!!
Well done. The lecture is very clear. No confusion.
This is amazing I'm so thankful that I stumbled across this. Props for the clear explanation!
Glad it was helpful! Thank you, too!
Actually I’d love to say that I’m grateful to have found your channel
Thank you for your comment! I’m grateful for you 🙏🏻☺️
I owe you my life tbh THANK YOU SO MUCH.
😂😂 oh my goodness, you are so welcome my dear!!!! 🫶🏻🫶🏻🥰🥰
Genuinely an amazing way to get this topic down. Just straight to the point
god bless you, im sharing this with my whole class
Thank you so much! 🫶🏻🫶🏻💕💕 Happy to help!
This helped me a lot for my college math class. Thank you for taking your time and making it so clear!
You are so welcome! Happy to help! ☺️
Great explanation as usual.You deserve far more views in my opinion.Thank you
Thank you 🙏🏻 I so appreciate your comment and support!!! Feel free to share and subscribe ❤️
I was stressing so bad about this because I didn't understand it at all and I have a test on it tomorrow. Thank you so much this genuinely got me from not understanding it at all to fully understanding it. THANK YOU
Glad it helped! You are most welcome. 🤗
I follow you from Turkey and your videos are absolutely perfect to me. Thank you.
You’re so welcome!!!! ☺️☺️🫶🏻
I found this section to be so confusing, but your examples helped so much!! The way you showed how the differentiation and integration was so clear and helpful. You saved my Calc 2 grade thank youuu. Liked and subscribed!!
I'm so glad! 😀
I was so lost and confused with power series. This really helped me, thank you!
You’re welcome!!! Happy to help!
this is the best tutorial for power series representation!!! Thank you so much, I was so confused before watching this video ❤
So happy to help!!! ☺️☺️☺️🎉
You are a savior to humanity
It is my honor. 🙏🏻🙏🏻🙏🏻
this is why you got my subsc. it's valuable is overlasting . thanks in advance from ethiopia🎉
I thought power series are difficult but not anymore, you made it a piece of cake
I'm a trooper, I made it to the end. Holy cow, I wish you were my professor. Well Done!!!
Awwww yay thanks for your comment!!!! 🙌🏻🙌🏻 I wish you were my student too! Glad you liked the video. ☺️
Thanks Prof V, I passed Calc 2 with your help!!!
Yayyyyyy congratulations!!!! 🎉 So happy for you!!!! ☺️☺️☺️
Genuinely think this video saved my test grade. Thank you. This was so much clearer than anything I've seen thus far. Breaking down how you got to every step and thoroughly explaining everything is extremely helpful. Every other video I've seen and even my professor just fly through everything. So once again, thank you!
You are most welcome! Happy to help. Please share and subscribe, it would mean so much to me. ☺️🙏🏻
Seriously great video, this is helping me out with my final preparation. Perfect teaching!
Glad it was helpful! 😊😊
you explain so cool! the way you made it into 3 groups was great so now ik what to do while going through
problems
Oh I’m so so glad!!!! It makes the topic so much more manageable, right? ☺️
absolutely! i have a question. what should we do when they want us to do this in reverse? like when we are given what we got as an answer here and wanting to turn it back to the function? (sigma to function as in finding the sum instead of going through function to sigma)@@mathwithprofessorv
sending love and greetings all the way from Pakistan! Your tutorial made it very easy to understand the concept!
That makes me so happy to hear! Sending you lots of love! 💕
Thank you so much Prof! This is awesome and love the clarity in your videos.
Thank you so much!!!! ☺️☺️☺️
Thank you so much prof. V for your lecture it resolved my doubt an ease
Glad to hear that! ☺️
best video on power series representation!!!
Thank you so much! ☺️☺️
this is exactly what i needed, thank you
I'm so glad! 😃
you have the neatest handwriting, very satisfying. great vid!
Thank you so much!!!! ☺️☺️
I did make it to the end, and I WILL be explaining the power series to my barista, in your honour.
🙌🏻🙌🏻☺️☺️🫶🏻🫶🏻🫶🏻
thanks i was really confused initially till i saw this video !
Oh I’m so glad! ☺️☺️☺️
thanks for teaching me 🌷
it's actually 2^(4n+4) around 13:15 but it's a small calculating mistake
My pleasure 😊
Made it to the end! Thank you for this video!
Woot woot!!!! 🙌🏻🙌🏻🙌🏻 You are so welcome! 🤗
Powerful stuff! 😊
😂😉 Indeed!
Very impressive! and thank you for sharing your wisdom. Great teaching style
You are so welcome! Thank you for your comment ☺️
I love your videos! Thank you for making calculus easy :)
You're very welcome!
Awesome technique! Thanks for sharing
This video was amazing. Thank you so much!
Yay I’m so glad! You’re welcome!
thank you so much for this you are my savior ❤️❤️
You are so welcome! 💕💕☺️☺️
this was very helpful thank you so much
You're very welcome!
Superb!!, you made everything so fun, plus you have amazing handwriting, thanks for the video. 😊
Thank you so much 😀 You’re very welcome!
don't know why but I love this channel XD
Oh, but why wouldn’t you? 😭🥹
So helpful. Thank you.
YOURE THE GOAT
🙏🏻🙏🏻☺️🫶🏻
Excellent video, thank you
You are welcome!
This really helped me. Thank you. ❤
You're so welcome! 😉
Thank you so much you helped me to understand easy way
You are welcome!🤗
very clear and informative
Excellent video! thank you very much.
You are welcome!🤗
now i feel fancy😊😁 thank you SO much professeurs
Yay! 🙌🏻🙌🏻🙌🏻☺️You’re so welcome!!!!
You’re amazing ❤ thank you so much
You’re so welcome! ☺️☺️🫶🏻
made it to the end, super helpful, thank you so much
You’re so welcome! ☺️🙌🏻💕
An excellent teacher
Thank you! ☺️☺️
Really helpful!!!!! And really clear!!!
This is very helpful. The rest of power Series videos on youtube are terrible for some reason.
Because they’re not by Professor V! 😎
thank you so much , i was struggling💌
You’re so welcome!
You're awesome. Thank you so much.
You’re so welcome! 🥰
Excellent!!!!, thank you
Thank you for this great explanation
Glad it was helpful! ☺️💕
Thank you very much for the video!
You’re very welcome! ☺️
amazing video, very helpful
Glad you think so!
Thanks more dear!
Love the updated video!
Oh I’m so glad! 😊🎉🫶🏻
Thank you so much !!!!
You are so very welcome! ☺️☺️❤️
Thank you. I am struggling to apply this to e^x/(1+3x)^2
God bless you!
Thank you so much! ☺️🫶🏻
Great work
Thanks alot
Wow
Most welcome 😊
nice and simple !
Thank you!
thank you thank you thank you thank you thank you thank you thank you😭🙏🙏🙏🙏
You are so welcome! ☺️☺️☺️🫶🏻🫶🏻
love this
I made it to the end 🎉
Yayyyyyy amazing!!!🎉🫶🏻
Thanks alot ❤
You’re so welcome!
At 25:22 is it (-1)^(n+2)? since we subtract one from the index and add 1 to all the n terms in the series?
😭😭😭😭😭😭 oh maths is mathematicing me now yoh 😭😭😭I am following the way you're simplifying it but yoh maths😭😭😭
Thank you ❤❤❤👌👌✌️✌️💥🫰♥️♥️♥️
🤣🤣🤣🤣🤣
You’re very welcome!
perfection
😘😘🫶🏻
Life Saver
☺️🎉🫶🏻
At 30:16, the denominator inside the sum should be 5^n, not 5^n+1. I used this to help with some homework and it didnt work with 5^n+1, but did work with 5^n even with n=0...
No, you’re incorrect. I brought the 5 outside of the sum inside with 5^n, making it 5^(n+1).
THank you so much for the helP!!!
You’re so welcome!
Isn’t there an error in q 3? Shouldn’t the distribution of( 2^4)^(n+1) be 2^(4n+4) not 2^(4n+2)?
Yes, I addressed it in a comment a while back but now I pinned it so everyone can see. Good catch!
Ghaint beautiful explanation from india (Punjab)
Thank you so much! ☺️
@7:18 how did you know to stop there? It doesnt look anything like your original function? 1-x vs 1-x/3 looks completely different
Hello. Can a sum series in the form an.x^n have a convergence interval (-3/2,+3/2]? There was such a question in our exam, do you have any idea how to solve such questions?
im a trooper, made it to the end :)
Woot woot! 🥳🥳🫶🏻❤️
what would be its interval @20:49
33:51 "Do you feel fancy?" should be on a T shirt except I don't think enough people would get it. 🤣
😂😂 😂I would love that so much! Makes me happy when viewers get my sense of humor.
I have some merch out now but the only design so far is “Professor V’s Math Police.” Maybe if my channel blows up sooner than later that phrase will be recognizable enough to put on a shirt! 🙏🏻🙏🏻🙏🏻☺️🫶🏻
@@mathwithprofessorv Lets hope so! So many people will benefit from your great teaching.
Oh I appreciate that so much!!! ☺️ Thank you!
Great
10:14
I'm a trooper i made it to the end..
Yay!!!! Thanks for your support! Hope you are a boss at power series now 👍🏻☺️
at 30:10 why didn't you have to have a shifted index of n=1 when you take the derivative?
We didn’t differentiate the power series there! Just writing power series representation of f’.
@@mathwithprofessorv thank you! also, are you able to do these methods if your power series is not centred at zero?
I am a trooper and I made ut to the end🎉
Yay congratulations!!!! Thanks for letting me know! ☺️🙌🏻🙌🏻🙌🏻
❤❤❤
Im a trooper thanks boss maam
🙌🏻🙌🏻👏🏻🫶🏻☺️
❤
exam tomorrow why did i JUST find u T.T
Hope it goes well!!! 🫶🏻🫶🏻