Thankyou so so much!! Amazing video!

7:34

Sir kindly explain me how u taken the function f(x) = x for the range -π to π.....i am not able to understand that....bcoz here 0:42 in the graph x value is varying between -π to π ....graph is present in both positive and negative side also..... I am very much thankful 🙏 for reply in advance.....

1:09

Hernandez Paul Hall Matthew Anderson Linda

Thank you so so soooo much sir 🙏 the whole playlist helped me clear all my doubts .

Great explanation sir

Thank you so much sir

To be honest sir there is no professor no teacher who explained helped me to understand this topic deeply I am so grateful that I reached this video . Professors and teachers like you are true gurus. Thanks a lot ✨

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thank you sir

thank you very much

thank you sir

thank u sir

thank you sir

can not understand the accent

Love the way you teach sir. The animations are very helpful. Thank you😊

Excellent Lecture sir ❤❤❤

Amazing ❤❤❤❤

Yes,it is half range so / is 2

Great

Sir when we are deducing it , Then why have we kept F(x)= pie , How have we got this pie ?

Excellent❤❤

Videos continue cheyandi sir superb explanation

Sir why you didn't substitute lower limit in bn term for (cos π - cos 0) i have doubt in that that part i cannot understand

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sir your videos are really amazing

Sir please explain that why you didn't use the interval of minus pi to zero

Current will lag by 90 degree not a lead

I don't speak english as good as I would like, but I'm really really thankfully that your video exists. Thanks so very much, you save my semester ✨

This is very old process, don't follow this process

Thank you sir❤

Pls make a video on s' ands'' also

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Thank you sir ❤

Thank you sir.

love you dokre

00:02 Finding the Fourier sine transform of e^(-at) 00:44 Understanding Fourier Sine Transform application with numeric example 01:11 Comparison and application of an integral formula for Fourier Sine Transform 01:35 Solving the Fourier Sine Transform problem using mathematical equations. 01:57 Understanding Fourier Sine Transform with limits and values 02:24 Explanation of evaluating a term to be 0 02:47 Calculation of Fourier Sine Transform 03:13 Introduction to Fourier Sine Transform

chutiya banaya budhhe ne galat bridge padha diya

Besttt explanation ever!

sir but zeros signal collector current is <= peak input dignal due to signal alone i am seach in Google

its very helpful sir ...and very easy explaintion... thank you sir g ❤❤❤❤❤

Sir... Actually I didn't get why you put x=0 to make series

So deep knowledge thankyou sir

Many of your words are pronounced unclear which is inconvenient to understand

Sir why did you take odd at the end ?

Thanku very much sir for this wonderful video

Thank you so much sir I understand very well

Sir Your experience is very very very very excellent ❤❤❤