Superb... explanation 💯💯💯

When you connect a circuit by making the final connection, feedback forces a rapid rearrangement of surface charges leading to the steady-state. This period of adjustment before establishing the steady-state is called the “initial transient”. When a magnetic field inside a solenoid varies with time, a curly non-coulomb electric field is observed both inside and outside the solenoid. A coulomb electric field results and we note that an attempt to change the current in the coil induces an emf in the same coil and makes the coil sluggish to respond to current changes. It will be useful to learn the process which causes the production of induced emf using a unified approach to electrostatics and circuits. Electrostatics and circuits belong to one science not two. To learn the operation of circuits it is instructive to understand Current, the conduction process, resistors and Voltage at the fundamental level as in the following two videos: i. kzfaq.info/get/bejne/irqkp5Vpx5fIiaM.html and ii. kzfaq.info/get/bejne/bqiBgMKp3Ji2lqM.html It is not possible in this post to discuss the production of induced emfs in inductors in detail. The last frame References in video #1 lists two textbooks 3 and 4 which discuss in detail with a series of diagrams the physical processes to explain the operation of inductors and RL circuits.

Thank u sir....we love ur explination😭👍

Thank you so much sir🥰

Searching for this only finally

Sir please upload video on dc response of rc series circuit

Good explanation bro... derivatives kooda bhaga cheppav

Nice bruh

Good

Nice explanation bro.

Bro rc kuda cheppandi

Kingu sir meru

Super bro❤..and please upload RC and RLC 🙏

Sir rc and rlc kuda chapandi

Rc Inka rlc cheppandiii

Simple question ni 100 marks essay ga cheppav kada bro...meme lectures kadu...em teliyani common students

RC chepandi sir

Anna RC RL RLC WITH DC and AC exctitation tho cheppu anna

Telugu chapu anna

Bro telugu

Telugu lo cheppu bro