Thanks you very much akka simple gaa chala Baga explain chesaruu ma ;ectures kantee chalabaga arthamaindhi once again thanks akaa you have aa good lecture all the best akka👍👍😊
The opposing (or induced) emf produced by an inductor is a characteristic of the non-Coulomb electric field (NC) that is proportional to the rate of change in current causing a changing magnetic field. And that is Faraday's Law. The current is a result of the combination of an opposing Coulomb electric field and the applied field which is changing the current. The opposing Coulomb (C) field is a result of polarization of the inductor by the non-Coulomb (NC) electric field. So, the current is a consequence of the resultant field of the applied field and the Coulomb electric field in the inductance coil and is determined using the governing relation in conductors J = σE_net. If the resistance of the solenoid is very small, the magnitude of the two electric fields is nearly equal (E_C ~ E_NC). It is not possible in this post to discuss in more detail the formation of the Coulomb field when the current in an inductor is changed. Before learning Faraday's Law and its application to the operation of inductors, it will be instructive to understand Current, the conduction process and Voltage at the fundamental level as in the following two videos: i. th-cam.com/video/TTtt28b1dYo/w-d-xo.html and ii. th-cam.com/video/8BQM_xw2Rfo/w-d-xo.html The last frame References in video #1 lists textbooks 3 and 4 which discusses topics on inductance and inductors in more detail using a unified approach and provides an intuitive understanding of inductive reactance. It also describes with sequential diagrams how an inductor develops the induced emf. Textbook 4 shows how the current lags the voltage across the inductor by 90 degrees for sinusoidal input voltages using sequential diagrams.
Mam i m a diploma student and understood this topic better than books thnks for this best explanation..
Thank's
Very easily understood mam....Thanks for your teaching. I am commenting this because I really understood very well compared to my class teaching.
Thank you so much
Thank you so so much ma'am for this easy explanation 💞 now all things clear ❤
Thanks you very much akka simple gaa chala Baga explain chesaruu ma ;ectures kantee chalabaga arthamaindhi once again thanks akaa you have aa good lecture all the best akka👍👍😊
Super video please aur videos lagavao only EEE we are supporting to you
Thank u didi for this video
i am in btech first year (1st sem) plz make more videos like this❤️
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@Maddox Zain Yup, I've been using Flixzone} for years myself :)
I'm in love with your voice .
Unique explanation ma'am❤👌
Thanks
Go ahead ur channel in future..
God bless !
Thank you so much
@@Rizwan21313 ❤
Tq for information 😊
The opposing (or induced) emf produced by an inductor is a characteristic of the non-Coulomb electric field (NC) that is proportional to the rate of change in current causing a changing magnetic field. And that is Faraday's Law.
The current is a result of the combination of an opposing Coulomb electric field and the applied field which is changing the current. The opposing Coulomb (C) field is a result of polarization of the inductor by the non-Coulomb (NC) electric field. So, the current is a consequence of the resultant field of the applied field and the Coulomb electric field in the inductance coil and is determined using the governing relation in conductors J = σE_net. If the resistance of the solenoid is very small, the magnitude of the two electric fields is nearly equal (E_C ~ E_NC).
It is not possible in this post to discuss in more detail the formation of the Coulomb field when the current in an inductor is changed.
Before learning Faraday's Law and its application to the operation of inductors, it will be instructive to understand Current, the conduction process and Voltage at the fundamental level as in the following two videos:
i. th-cam.com/video/TTtt28b1dYo/w-d-xo.html and
ii. th-cam.com/video/8BQM_xw2Rfo/w-d-xo.html
The last frame References in video #1 lists textbooks 3 and 4 which discusses topics on inductance and inductors in more detail using a unified approach and provides an intuitive understanding of inductive reactance.
It also describes with sequential diagrams how an inductor develops the induced emf. Textbook 4 shows how the current lags the voltage across the inductor by 90 degrees for sinusoidal input voltages using sequential diagrams.
Tq mam i understood clearly
thank u
...
well explain 👍🏼👍🏼👍🏼keep it up
Super
Thank you
Nice explanation very useful
Thanks mam
Teaching Method Is Very GOod
Thanks
Please make one video about torque and voltage relationship in im
Aap jo N AUR S le rahi hai.vo permanent magnet hai ki koi coil hai . Kuchh samajh me nhi aa raha hai 🤔🤔🤔🤔
Good work
Nice explained 😊
Such an excellent explanation sister
Thanks dear
Liked
Aslkm sister ap please "ELECTRO MECHANICAL ENERGY CONVERSION" Pe ek video banado .. very easy to learn in ur video please 🙏
WLkASLM... YES INSHALLAH jaroor banaugi
Thank you for response sister..mai wait kar raha hu sister .... online classes me kuch samaj me nhi aaraha hai ..
Please tell me exact point and subject course name..
@@Rizwan21313 I'm studying diploma in EEE .. subject dc machines and batteries me hai
Ok
🖕Keep it up mam...❤
Nice explanation and love ur teaching style.. 👍👍👍
Kiyae ap F.B ki book ke according lecture deti h?
Super❤️
Please induction motor working on dynamically induced emf Or statically induced emf
Super mam 😊but why r u stop to make video 😢
M busy with competative exam preparation..that's why..after some day I will continue my channel...
@@Rizwan21313 My exam is today, so due to some doubt I visit your channel
Good explanation 🙏🙏
Ok..all the best for exam
Thanks
Good
Laddo good
Good explained
Thanks
Next day my exam ❤
Thank you mam
Super but l want to english language
Where you teach mam
Maharashtra
Area = length ×height × bredth. All over l .dx.
Whyyyyyyyy....????🙄
Why should taken n value is1
Because consider no of turn is one
Madam i am deploma 2nd year madam meto koncham matladali
I need a physices tustion
Could u please explain in English
I am poor in Hindi 😅
I am from South Indian it's difficult to me
Ok
2:46 samaj me aa raha hai
Vk mehta se ditto copy kr diye hai aap to ,,,aap apne se kya smjhaye fir 😂
Make english tutorials
Well explained. Explanation about statically induced emf can be explained little more elaborately
qualification kya hai mam aapka
B. E engineering in electrical.. But why?
Koi Khas baat nahin hai mam bus ichcha kar raha tha poochh liya
@@Rizwan21313 mam government reply ho gai hai yah taiyari kar rahi hai
@@ajaypatel-zn8vr okk
Second ki spelling toh glt hai
Technical sub me grammatical spelling galti hoti h maf.. 😊
@@Rizwan21313 koini mam
@@Rizwan21313 static induced emf pr bhi video bna do
Ha banaya h na.. Please check it channel
Ok
In English
Thos are a conductor n pol and s pol not a conductor the conductor property products flux
-N d phy.....!
?
I donot undustand
Thanks mam