A supperb video....tommorow i have my internal exam and by viewing this video i got an idea about fourier series and am sure that i can answers the questions
Absolutely Magnificent.... Sir before watching this video I was not able to solve the question .... But after seeing this video I realized I've to do some efforts and will do it positively...... Your techniques which you've mentioned already on the top of the paper is absolutely sensational........ Hats off to you man !!! ...... Keep uploading such videos..........
the formula is '/' integration : /udv=uv-/vdu so /xsin(nx)dx here u=x ,dv=sin(nx)dx du=dx , /dv=/sin(nx)dx v= -cos(nx)%n good teaching sir but i wantted to understand briefly
a(0), a(n) aur b(n) ki value kab leni h aur kab nhi leni, ye hum aise yaad rkh skte hain ki a(0) aur a(n) ke formula mein cos aata h, aur b(n) mein sin aata h. Ab humein pta h ki cos function is even and sin function is odd. So jab humara given function odd hoga, to mtlb sirf sin wali terms consider kri jayengi i.e. b(n) aur jab given function even hoga to sirf cos wali terms hi consider kri jayengi i.e. a(0) and a(n).
OMG....this is the ultimate explanation of Fourier series I have ever witnessed... proffessors with PhD or even higher qualification fail miserably to teach this topic.... outstanding sir ... thank u
Itne ad kisi bhi TH-cam video pr aaj tak nhi dekhe jitne iss video pr aaye by the way Amazing 7 din tk college ke sir ne padaya sala integration tk bhi smj nhi aaya uska apne to 20 min m smja diya...
Government should appoint this type of lecturers to teach all the concepts of engg they should ban colleges for academic activities! Clg shld be meant only for Extra curricular activities! And all classes should be held on TH-cam itself!
8:16 you can only do that when you know area under graph of the function of both areas are same and since sin and cos are periodic function it is valid here. this is not valid for any function like log or exponential.
Thank you sir,, your teaching good .I like your videos and i want much more videos like this type.....I want videos regarding or about fourier transforms in z- transforms ( how to do z transforms problems,,i cant understand please help me)
5:46 for bn we should be taking sin(n*pie *x) why did we only take sin(n*x) ....****.pls reply**** is it by mistake or this can also be considered?? ........this is the doubt from my side ... other than that ur explanation is very good verymuch useful thanku.
Sir , really thankful to you, mujhe samjh Nehi atatha me kya Karun ,mera mid sem paper bahuti kharab hua ,islea bahut parisan tha,app ne mare parisan dur kardiya.once again thanks you sir
Jab hum integral k limits 2 times likhte hai Jaise yaha - pi to pi ko 2 times 0 to pi likha Yeh sirf agar andar ka function even hoga toh hi possible hai Jaise 2nd example me an k wakt nahi kar sakte, bcoz usme cos even hai but x. Cosnx odd hota hai, so agar bina change karke agar value nikali toh 0 aayega an
By far one of the best videos on this topic Thanks 'Solve It', keep up the good work.
i got 5 marks out of 24 in.... f.s chapter....but after i watched this video i can solve this type sum...... thank you sir.....🥰🤗🤗
that tricks are really amazing , specially odd and even , you are great.
Jo cheez do sal se smjh mein nhi ata tha...wo 20 min mein smjh mein aa rha h abhi... Teacher's should be precarious like u Sir.
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@@LetSolveIt same feeling ...1year me jo samj nahi aya vo 20 min me agaya ...but even add ke he solve kiye ...dusre type ke bhi solve karke dikhao
You have no idea what precarious means do you?
What do you mean by precarious lol. Please check your terms first.
Do Saal tak yahi padra tha kya
i understand each and everything in this lecture.
simple and easy explanation
thanku sir😃
who are here📚.. just one night before exam 😂😂✌️
9 am exam i am here now at 6:30 am
Bhai meeee 😂
Kal hai exam Kuch nhii aata bas 3-4 topic ke examples dekh ke jaunga
Kuch tips dedo bhaiya senior ho aap
Yashhh Bhai 🎉😂
just plain amazing........ bc spent hours listening to lectures from my teacher and understood nothing this fully clears everything
i understand everything in this lecture
thank u sir for this lecture
You are most welcome
Sksdoks
S
I am really thankful to have such a good lecture who clear all doubt 🙏🙏🙏🙏🙏🙏🙏🏻🙏🏻🙏🏻
Sir Aap ke videos bohot Aasan hai... Aap please continue kijiye...
A supperb video....tommorow i have my internal exam and by viewing this video i got an idea about fourier series and am sure that i can answers the questions
Absolutely Magnificent.... Sir before watching this video I was not able to solve the question .... But after seeing this video I realized I've to do some efforts and will do it positively......
Your techniques which you've mentioned already on the top of the paper is absolutely sensational........
Hats off to you man !!! ......
Keep uploading such videos..........
we appreciate your support to our channel . Do subscribe !
Sir your voice so bold, and good..👍
Thank you so much sir...kal mera exam hai bas yahi topic samaj nhi aa raha tha...aapne bohot easy way se sikhaya...
Itna simple tarika Sa batana ka liya Aap apna Ashay hi video banata raha Aur ham Sab dekh kar padhta raha thanku
the formula is '/' integration :
/udv=uv-/vdu
so
/xsin(nx)dx
here u=x ,dv=sin(nx)dx
du=dx , /dv=/sin(nx)dx
v= -cos(nx)%n
good teaching sir but i wantted to understand briefly
Really se jo chiz kabhi na smjh mai aaya wo 20 minute Mai smjh mai aa gya..sir your explanation is osm👌 Thank u sir🙏🙏🙏
Thankq sir your way of teaching is superb ten on ten 🙏🙏🙏🙏🙏🙏🙏
This video of yours is really amazing sir 😁
Bro 14 min bad exam start hone wala lekin samjh me aa gya hai 😊😊
Very good , from basic to complete f.s explanation. Thanks
Best online teacher for engineering mathematics 💚💚💚💚💚
Thanks
Sir aapka btane ka tareeka bahut accha hai👍
Thank You Sir.... aachee Se Samjh M Aa gyaaa.... bhoot Aachee se....
Sir your teaching method is very good
a(0), a(n) aur b(n) ki value kab leni h aur kab nhi leni, ye hum aise yaad rkh skte hain ki a(0) aur a(n) ke formula mein cos aata h, aur b(n) mein sin aata h. Ab humein pta h ki cos function is even and sin function is odd. So jab humara given function odd hoga, to mtlb sirf sin wali terms consider kri jayengi i.e. b(n) aur jab given function even hoga to sirf cos wali terms hi consider kri jayengi i.e. a(0) and a(n).
OMG....this is the ultimate explanation of Fourier series I have ever witnessed... proffessors with PhD or even higher qualification fail miserably to teach this topic.... outstanding sir ... thank u
Itne ad kisi bhi TH-cam video pr aaj tak nhi dekhe jitne iss video pr aaye by the way
Amazing 7 din tk college ke sir ne padaya sala integration tk bhi smj nhi aaya uska apne to 20 min m smja diya...
this is very helpful to understand !! thankx a lot sir
I understand your lecture even I don't understand hindi. Thankyou.
Hai
Can you please subscribe my channel
Best Chanel to learn!!
Well done sir ji u r the best teacher
I literally signed into my youtube so that I can like your video because you deserve it.
Thankyou very much for your support .
Thankyou sir, very nice video. It helped me a lot for my exam preparation.
Sir aap bahut achha padhaate ho
Amazing video ...no faltu discus only focus on study
Very helpful and explained in very easy way 😊 thank you
🔥🔥🔥🔥🎉☺️
Sir aapka samjane kah tareeka bhot zabardast hain no doubt aur videos baanaye signals & system pey
hello, your video are really help full thank you, but can you plz solve this question f(x)={2 if -2
please make video on FOURIER INTEGRALS .... please your videos helped me alott.....
Your explanation is very nice but plz next time do in english or with english subtitles
sie plz make al videos on fourier series as per of engenieering syllabus plzz sir
very helpful videos thanku sir
are jabardast bhai.... yaar aur bhi doosre topic ka video banao... thank you very much....
Sirjii you are best teacher please upload more videos...i will sure your channel
Handwriting is amazing 🔥🔥
Please solve the complicated problems like "show that and hence evaluate".......Please
u r explanation way also perfect
jordar ...mujhe smjame aa gaya ki kese. sum. solv krna he...bro...tnq. bro.
Thanks bro I clearly understood everything
Thank you sir your teaching is best 👍👍👍
Bahut achha sir.. thank you..
Sir if f(x)= x sinx {0,2pi}
Why is it necessary to find a1 & b1
Pls reply
Really amazing video sir. It will be really helpful
Glad to hear that
Very very Very nice sir ,Thanks
Sir tumhari tricks sabse aasan and understandable trick hai. Thanks a lot
Government should appoint this type of lecturers to teach all the concepts of engg they should ban colleges for academic activities! Clg shld be meant only for Extra curricular activities!
And all classes should be held on TH-cam itself!
Thank you sir for the helping all
8:16 you can only do that when you know area under graph of the function of both areas are same and since sin and cos are periodic function it is valid here. this is not valid for any function like log or exponential.
Thank you sir . Understood very well
Thank you sir,, your teaching good .I like your videos
and i want much more videos like this type.....I want videos regarding or about fourier transforms in z- transforms ( how to do z transforms problems,,i cant understand please help me)
Bhai exam mera time Bach gya es trick se such me osm h
Really sir you are great teaching...., thank you sir
I can't understand your language
But u are very good teacher
Mera sem-2 start hone wala hai aur usme ye chapter hai thank you sir for this.
Thank you sir , it is simple method.
5:46 for bn we should be taking sin(n*pie *x) why did we only take sin(n*x) ....****.pls reply**** is it by mistake or this can also be considered?? ........this is the doubt from my side ... other than that ur explanation is very good verymuch useful thanku.
I want Fourier series for the function f(X)=e^x,[0,2π]
Sir boht acchi video pura samaj agaya
Amazing video.....every concept is clear after watching this video ....keep it up 👍👍👍👍👌👌👌👌
Chal chutiya
Best video for this topic ever
Very help full ....thanks sir....
nice explanation! thank you sir
Thankyou sir you are very nice explain
Thanks sir for your precious time.... Can you just explain the hankle transformation ??
I found it tough
Tq sir , your teaching methods is aowsome sir
Do Hit subscribe !
Sir , really thankful to you, mujhe samjh Nehi atatha me kya Karun ,mera mid sem paper bahuti kharab hua ,islea bahut parisan tha,app ne mare parisan dur kardiya.once again thanks you sir
Solve 4uxx = utt u(0,t) = 0 y(4,t) = 0 ut(x,0) = 0 and u(x,0) = x(4‐x).
Send me ans sir
Sir thanku mera kl paper ha mujhy smjh agai ha
you explain it very clearly. Thanks alot.
sir acha lg raha apke notes bht bdiya h ap sare polytechnic ki classes ka course kra dijiye jldi jldi pls sir last november tk
Thank you sir..
Your video helped me alot
Thank you soo much bruh❤️i was fed up with this now i got some little knowledge..
Thankx alot sir,awaaz me base ar smjhaane Ka tareekaa 🤩awesome ......
Excellent video sir..
U r great sir 🤠
Kamaal ho yaar kamaal ho
your video is very helpful please make a video in English ..Thanks a lot on this video!
sure,,,,,,we will soon start a new channel with English as primary language.
Thanks... A very informative and helpful video
Sir i have exam in next week plz do tell me important chapters of m4 and plzz do also tell what questions we should must refer for long answers
Jab hum integral k limits 2 times likhte hai
Jaise yaha - pi to pi ko 2 times 0 to pi likha
Yeh sirf agar andar ka function even hoga toh hi possible hai
Jaise 2nd example me an k wakt nahi kar sakte, bcoz usme cos even hai but x. Cosnx odd hota hai, so agar bina change karke agar value nikali toh 0 aayega an
Apke liye solve ho jayega a dekh lijiye
th-cam.com/play/PLyhRfujfLV9OjHm29cCV7QAFb0H3U5L7O.html
Nice video Sir. Nice tricks!!!!!
Mast lga ye apka trick dekh kar Fourier series ka
This video is very helpful
Very nice video
Best teaching method sir
Nice sir for bsc students
Thankyou you sir it is very helpful
Sir u r doing a great job
Please do a video on bessels function before 14
Sir after geting Bn value u did not put in main equation