(a) Use a 10-inch tablet or laptop for comfortable viewing of equations. (b) Use headphones for clear audio. (c) MSc level Electrodynamics Playlist ua-cam.com/play/PLtUBquogGkRv5CME__m2oudBqW3_ffv33.html (d) Link to Lecture #18 that I was talking about in this video ua-cam.com/video/1i8NMJtu2Zg/v-deo.html
Sir I think you've missed small volume ( d tao ) while writing equation for electric field at starting of lecture. Maybe I'm wrong. Please correct me if you can. I'm glad I found this playlist. I've been watching your every videos. Thanks a lot
I have started the MSc level Electrodynamics recently. Hence more videos will be added every other day. The playlist for MSc level Classical Electrodynamics ua-cam.com/video/HM3LDaw-3uM/v-deo.html Playlist for BSc level Electromagnetism ua-cam.com/video/KSj_gbMT3wo/v-deo.html
Yes sir, I had spoken to you about this few days back. In the above video you said that we could use the basic electromagnetics lecture for reference, to revise basic concept. So I was just wanting to know.
@@yashshah17 What I said in that video is that, if anyone wants to refresh their memory on notations and symbols, they can refer to my BSc level lecture ua-cam.com/video/1i8NMJtu2Zg/v-deo.html
Some students do research in Physics and Astrophysics after completing an engineering degree. So, the answer is yes, especially when you get into a prestigious institution.
Unit vector is a vector having unit magnitude. It is used to denote the direction of one of the coordinate axes. Component of a vector along one of the coordinate axes, is the magnitude of that vector along that particular direction.
I think we should use different symbols for partial derivatives and vector components, otherwise it will be difficult during the derivations. Sir you have explained the concepts extremely well, thank you. 21374052
(a) Use a 10-inch tablet or laptop for comfortable viewing of equations.
(b) Use headphones for clear audio.
(c) MSc level Electrodynamics Playlist ua-cam.com/play/PLtUBquogGkRv5CME__m2oudBqW3_ffv33.html
(d) Link to Lecture #18 that I was talking about in this video ua-cam.com/video/1i8NMJtu2Zg/v-deo.html
Crystal clear explanation.
Sir I think you've missed small volume ( d tao ) while writing equation for electric field at starting of lecture. Maybe I'm wrong. Please correct me if you can. I'm glad I found this playlist. I've been watching your every videos. Thanks a lot
Yes, at 2:55, the differential volume should be written at the end of the integral. Thanks for pointing it out.
Thank you sir❤️❤️
Thanks a lot sir
Thank you sir!
Thanks a lot sir!
Nice lecture sir
Understood sir.
Thanks sir
Hello sir, where can I find the Electromagnetism Playlist on your channel. Is it the one for IIT JAM ?
I have started the MSc level Electrodynamics recently. Hence more videos will be added every other day. The playlist for MSc level Classical Electrodynamics
ua-cam.com/video/HM3LDaw-3uM/v-deo.html
Playlist for BSc level Electromagnetism
ua-cam.com/video/KSj_gbMT3wo/v-deo.html
Yes sir, I had spoken to you about this few days back. In the above video you said that we could use the basic electromagnetics lecture for reference, to revise basic concept. So I was just wanting to know.
@@yashshah17 What I said in that video is that, if anyone wants to refresh their memory on notations and symbols, they can refer to my BSc level lecture ua-cam.com/video/1i8NMJtu2Zg/v-deo.html
@@ProfSivakumarRajagopalan ohh ok. Thank you so much sir. You lectures are really very well explained.
Thankyou sir
Sir can u tell me if I can pursure research in physics along with engineering????????
Some students do research in Physics and Astrophysics after completing an engineering degree. So, the answer is yes, especially when you get into a prestigious institution.
Sir..what is the difference between unit vector and component of a vector.?
Unit vector is a vector having unit magnitude. It is used to denote the direction of one of the coordinate axes.
Component of a vector along one of the coordinate axes, is the magnitude of that vector along that particular direction.
I think we should use different symbols for partial derivatives and vector components, otherwise it will be difficult during the derivations.
Sir you have explained the concepts extremely well, thank you.
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