Thank you so much sir 😊

Thank you!!!

Beautifully explained 👏🏼

Why are some videos hidden?

Great tutorial. Better than MATLAB's course.

Is there any video of your lecture about the integration of functions with two variables along with their limits?

Hi Sir

Thank you sir

Thx, very useful and well explained!

Thank you for the well explained lectures..

Great video! Thank You!

Thank you. your videos help alot . Dont stop.

Great!

Going on that swing was a small but very good move.

This is so nice and clear, thanks Prof, you're a Lifesaver.

please upload a video for sinusoidal curve fitting in matlab

Thank you for this - I am a scale tech and this was useful for the deeper understanding of how this all works together for trouble shooting.

Thanks a lot for your these videos. But where are remaining videos of circuit II?

I was searching for a good video that explained how piezoresistence is measured and this video is awesome.

How can I contact you I have a specific question about strain gauge measure experiment.

Great Video

I just discover this channel today, thank you very much for all this information.

I don't know any teacher who can explain circuits so well. I can't thank you enough..

Great informative video!!

...just under 10%. Also: since Fourier was a physicist discontinuous functions weren't really that much of a problem. Nice video

0:55 matlab?

bro you have saved me, my lecturer is dreadful

Good advice, thank you for the course!

I had an issue with Octave today where “clear” command wasn’t working when used within a script file. Changing variable values made no difference too. After copying the script and pasting it into a new script file with a different name it all worked correctly. Is this a known bug?

Can anyone help me how can i know more about behaviour of strain gauge at low temperature?

Promo SM

GOOM IS A SUBSTANCE

wena kast

I HAVE EXAM IN 5H AAAAAA

Great tutorial. i was lucky to find your Chanel. Thank you so much Dr. Garg

great video. Lecture of 1.5 houres in 10 minutes. Thank you!

Fourier & the bandwagon getting flanked by gibs. 😂 Physics.

Awesome! :)

Great video information ❤ thank you for sharing your knowledge ♥️🇵🇭

This playlist is amazing, although chapters 2 - 8 are unavailable to me for some reason :(

This creates data points in this function for the integral, previous to this accept data points for the integration.

Thank you for sharing your knowledge and experience.

2:28 pi rounded to four decimals is 3.1416.

Thank you very much sir . your explanation was very useful for me .

great tutorial!!!! Math and Matlab together.

Great tutorial, thanks!

Great tutorial, thanks!

You explained very well in your videos, thanks!