Hello, I'm doing this course this semester and this new faculty of ours is unable to explain it. So I needed to know Is neso's videos substitute for class lectures?
after following the 140 lectures till this one, I can say I trust Neso as the guide that will help me through my master's degree in acoustic engineering.
This is such a clear and coherent explanation I'm in high school and have been trying to find a clear explanation that made sense and this is the only one that has been able to do so! Thank you so much!!!!!!
This guy is a true treasure for us. Thank you for sticking by us and providing such invaluable contents . May you and your channel prosper along the way with us. ❣️😊
'Independent video' means your are explained each important words. So it's very helpfu who don't know the some term in that definition... Thank you So much sir
00:00 Introduction to Fourier series expansion for periodic signals 03:03 Fourier transform and Laplace transform are used for analysis and designing purposes respectively. 06:19 Fundamental time period and existence of Fourier series 09:15 Frequency is the rate of change in a signal. 12:18 Understanding the concept of signal and harmonics 15:09 Odd harmonics are more dominant in the signal 17:44 Fourier series is used to analyze signals and obtain their mathematical form. 20:12 Introduction to Fourier series and its types
Sir, thank you I really want to repeat my thanks and grateful to let you know how much you helped me, THANK YOU SIR 🥺 May I ask you about the name of source of the information? So I can add it for my research 🙏🏻
Really appreciate your efforts. Do you have full coverage on analogue and digital communication engineering topics? Please do let me know . Thanks a lot.
Teachers should learn from this.. Also, can you explain why you said that the signal of a voice is a true signal since it carries information while a sine wave is deterministic, therefore carrying no information and therefore not being called a signal? Like, by the strict terms, are sine-waves signals or not? Other than this, excellent video!
Sir Iam a great fan of yours...sir please do kindly make lectures on DSP...it's only because of you to we understand Signals and system better... please sir
1.what do u mean by odd harmonic dominate even harmonic?on factors it dominates? 2.if the harmonic is having more coeffcient than the fundamental harmonic is the harmonic going to dominate the fundamental frequency harmonic?
Well I never understand the term Harmonic whenever I read about it I found it Very difficult everytime but you made it so easy and understandable Thankk youu so muchhh for such deep knowledge.
Laplace transform simply how to integrate. It was another language of, to translate in other name transform wave (momentum) to position regarding Heisenberg uncertainty.
Fourier ( GOD of signals ) He worked hard, but Dirchlet was unable to sustain Fourier's success.. Dirchlet gave Bakwaas conditions, which don't have practical significance
Dude you're saving thousands of EE students all over the world with your lectures, kudos from Algeria.
Inelec
Inelec Vibes 😂
@@iyedderar2875 More like USTHB but yeah lmao
lakhs*
@@yanndam69 love from India
sir there might be a very few views on ur videos but trust me not many ppl know abt this. ur way of teaching is crystal clear and interesting❤
Please never stop guiding people Neso.
You are the best explainer i ever heard, Even explaining the meaning and significance of every word.
❤️ NESO
Yes bro
I'm an EE student and just found you! You are fantastic! Thank you so much for putting together lectures that are easy to follow and understand.
i was crying yesterday now i can understand from u i wish i found u much earlier
You are like an angel sent by god for some of us😅😅
absolutely bro ! ♥️♥️♥️
Ya true
Yess finally Forier series:D , we are also waiting for Forier transform videos .
Thank you for the best videos.
I have no words for you "NESO ACADEMY",, you are just love 💕💕💕💕
Thanks for everything you gave us.
Well explained in easy language... I always watch ur lectures...
I learnt a lot in this channel, I have no single word to thank, but I wish the TH-camr a wonderful blessing.
This is called " introduction to fourier series ".👌
You are one of the greatest lecturers I have ever seen thank you so much .
Finally,,,, fourier series on track...and its awesome to have 22.52 mintz lecture, thanq sooooo much, sir
Hello, I'm doing this course this semester and this new faculty of ours is unable to explain it. So I needed to know Is neso's videos substitute for class lectures?
After 3 weeks of lectures about this topic, I just now understand by watching this.
after following the 140 lectures till this one, I can say I trust Neso as the guide that will help me through my master's degree in acoustic engineering.
I am preparing for my exam through your lectures because your method of teaching is crystal clear.
This is such a clear and coherent explanation I'm in high school and have been trying to find a clear explanation that made sense and this is the only one that has been able to do so! Thank you so much!!!!!!
May Neso Academy have billions of subscribers !!!!
Thank you.....you came like the god to me n saved me frm this subject
You are doing commendable job sir.!! Explanation is top class!!👌👌
after searchng all stuffs relating fourier series finally this video is what i need..thank u vry much
lots of love to the neso academy. this channel will help us to score good grades in the semester exam. thanks sir for these videos
This guy is a true treasure for us. Thank you for sticking by us and providing such invaluable contents . May you and your channel prosper along the way with us. ❣️😊
this is GOLD explanation!!!
It's good to see fourier series tutorials.
Keep working...
Waiting for more Sir,
Upto now i dont have any clarification about fourier series and transform after listening u r lecture i am very much confident about that.
Tq sir
I have been waiting for this from long time.. thnq so much n plz complete all these mathematical tools
'Independent video' means your are explained each important words. So it's very helpfu who don't know the some term in that definition... Thank you So much sir
One of the best teachers I have seen.
Ur way of explanation is very pleasant 😊
Beautifully explained , really superb anyone can understand easily with exact meaning.
waah sir ji mauj kardi⭐⭐tum toh yaar bade heavy teacher ho yaar💫💫
Thanks for these life saving videos Sir. God bless you.
Your way of teaching is awesome
00:00 Introduction to Fourier series expansion for periodic signals
03:03 Fourier transform and Laplace transform are used for analysis and designing purposes respectively.
06:19 Fundamental time period and existence of Fourier series
09:15 Frequency is the rate of change in a signal.
12:18 Understanding the concept of signal and harmonics
15:09 Odd harmonics are more dominant in the signal
17:44 Fourier series is used to analyze signals and obtain their mathematical form.
20:12 Introduction to Fourier series and its types
You will cleared my all doubts in only one video so thank you
Every time you said “fourier series” Siri turns on 😂
By the way really nice video! Thanks! greatings from Mexico amigo❤️
Superb explanation
U will Definitely reach ur goal.
Thanks for giving the best lectures.
Master class....Love from BD..😊
Thanks!
Sir you connect every single point to next point very well like tha story 🙌🙏
MashAllah..... It's very great finally ur videos gave me a good understanding.
Your voice is very clearly and easy to unserstand bro
Thanks for making DSP so easy to understand!
Great series ! Thank you for your time and consideration.
Lovely explanation.
A clear and easily understandable explanation.
Excellent Presentation
Sir, thank you
I really want to repeat my thanks and grateful to let you know how much you helped me, THANK YOU SIR 🥺
May I ask you about the name of source of the information? So I can add it for my research 🙏🏻
Very good comparison of all the transformes!!!!👏
Neso.........I became fan of neso.
One word can describe everything: "FINALLY!!!!!!!"
Great lecture. Learned a lot from your way of teaching
Excellent presentation and teaching is crystal clear
I like your concepts, the teachers of my college literally write a lot of math equation without explanation... WTF
we must go to the same school. Prof doesn't explain squat, just writes a bunch of stuff and expects us to be able to program on matlab all the sudden
Here are the equations and this is the derivation now solve this
very high quality presentation of material. thank you
Thanks for making learning fun. Very well explained!
youtube I need 4x play button
Excellent work
Exactly, what I want
Wow! This is the best ever, kudos!
Great explanation.I am really thankful to you
please upload fourier transform and fourier spectrum as soon as possible. exams are overhead and many like me are solely dependent on your tutorials.
Really appreciate your efforts.
Do you have full coverage on analogue and digital communication engineering topics? Please do let me know .
Thanks a lot.
Awesome introduction. To next video!
Sir Im in love with u because of ur lectures
Very Helpfull.
Please complete the entire course .(ASAP)
Thank you
VAISHNAVI PATIL
Are u preparing for gate exam
Man u are doing a great job..Superb.
Thank you very much for this great explanation sir.
Thank you so much for such amazing 👏 time for the lectures ...
Great work brother,, thank you so much.
one of best lecture i got today. thanks sir :)
Very well explained, thankyou❤️
Sir, thanks alot..you are really doing a great job..thanks . awesome explanation
Thank u soo much sir for ur efforts.. God bless you :)
Thank you very much. You are a genius.
Very effective lectures
Super teaching
Türkiye'den selamlar hoca...
Bro u nailed it every sentence u spoke u mean it and u gave reasons for that !!
Lot of thanx sir.. sir I request to u please complete signal and system before gate exam...Whole syllabus..
Great introduction bro
Teachers should learn from this.. Also, can you explain why you said that the signal of a voice is a true signal since it carries information while a sine wave is deterministic, therefore carrying no information and therefore not being called a signal? Like, by the strict terms, are sine-waves signals or not? Other than this, excellent video!
thank uyou neso academy..
gud
Great explanation thank you sir
Sir Iam a great fan of yours...sir please do kindly make lectures on DSP...it's only because of you to we understand Signals and system better... please sir
excellent explained.......thank you
plz🙏 es tarah ke content ko hindi mai bhi explain kijiye 🙏🙏please. kyoki hindi mai jyada jaldi pakad mai aa jati hai chize hindi medium walo ke liye
Dude I promise to send you money once I finish my degree and get a job
did you get job bro
@@arshaikh9417 i did bro :) alhamdulillah
Thank u sir for ur effort, very efficient
Sir when syllabus of signal and system will finished
Exams are only 3 months far
Please upload videos of all topics ASAP☺️☺️
thanks Amazing Content
very helpful, thank you very much.
1.what do u mean by odd harmonic dominate even harmonic?on factors it dominates?
2.if the harmonic is having more coeffcient than the fundamental harmonic is the harmonic going to dominate the fundamental frequency harmonic?
Excellent!
Thank you for starting Fourier series.. pls upload videos related to Fourier transform also
Well I never understand the term Harmonic whenever I read about it I found it Very difficult everytime but you made it so easy and understandable Thankk youu so muchhh for such deep knowledge.
Laplace transform simply how to integrate. It was another language of, to translate in other name transform wave (momentum) to position regarding Heisenberg uncertainty.
You are saving electrical students in iits also
Thanks a lot.
You should upload your amazing notes!
Thanks sir🙌
Fourier ( GOD of signals )
He worked hard, but Dirchlet was unable to sustain Fourier's success..
Dirchlet gave Bakwaas conditions, which don't have practical significance