AC Voltage applied to an Inductor || AC - 3 || in Hindi for Class 12

[@dipeshyadav9568]

Your dedication and hard work for us is very much respectable.

[@bali425]

Sir Muje to sirf aapki wajah se hi physics samaj aata hai.❤

[@dikshit2177]

Same here

[@dipeshyadav9568]

Sir,Your explanation is like as Krishna explaining Geeta to Arjun.

[@atulsharma8103]

Amazing sir

[@electricalthinking982]

Sir aapko thoda kam log dhakte hai but explanation mind-blowing ❤️

[@xboxgaming3634]

Thank you very much sir...❤

[@Sjhajhariya]

19:00 at t=0 the value of current is zero as we connect ac source at this instant but graph says at the instant we connected inductor to ac source the value of current is nonzero and opposite to the emf application

[@ParveenKumar55975]

From where you start observation that time t =0, So at that instant current may be nonzero

[@krrishrohilla2945]

at 19:00 c=0 ki koi aur explaination hai kya sir koi mathematical proof hai kya muje lag rha hai current biased hone mein kya problem hai please sir provide some more information on it 🙏🙏🙏🙏

[@debayanpal6331]

Sir one question because of ac nature the current polarity will change time to time that changes in polarity should change the direction of the induced emf time to time?

[@OP-do7rt]

sir ye ac circuit mein kaise rehta hai mtlb electrons ka movement kaise hota hai

[@abeshenam9967]

Sir plz make a video on line integral 🙏

[@kuldeepshakya253]

Kaun sa current sam Voltage per jyada dangerous hota hai

[@tayyabayunus1192]

If v and e are equal and opposite.... How's current flow possible

[@neetusharma5692]

Last part of explanation could have been better as that mentioned in ncert text in figure 7.7, otherwise it was 👍

[@ahishk1346]

Sir plz continue 11 chemistry

[@mdkhkarnachi5437]

Is this a derivation?

[@proudsouraryavart1168]

Op😍

[@vishalkushwaha467]

Thank you ser

[@mainakkoley8691]

8:40 Sir , the resistance of solinoid is 0. So the potential difference between two terminal of solinoid=i*r=0{because r=0} So, sir I can not understand that why you said that the potential difference between two terminal of solinoid will be same as the potential difference of the a.c. source? I can not find the reason. If you explain me , I can understand it.

[@edupoint.physics]

Mainak, Voltage drop across the connecting wires = IR. As R for connecting wire is zero, there will be no voltage drop across the connecting wires.

[@knowledge23109]

@@edupoint.physics why the back emf is exactly equal to external voltage.what if we use an inductor of low inductance,then external voltage and back emf would not be equal.....?????

[@Priyanshusunariwal77]

​@@edupoint.physicsplease sir give the answer I have also the same doubt

[@saurabhkr49]

👍👍

[@HYMdAamirHusanAnsari]

First Comment by me

[@electricalthinking982]

Ham B-tech 2year se hai EE department 🙏

[@mdkhkarnachi5437]

Kabhi kabhi bich me bohot confusingly padhate ho sir ,Zara complicated kardete ho ,dimaaag me jaata hi nhi 5 se 6 baar dubaara dekhna padhta hai , 😓