Your explanations are as insightful as they are crystal clear. Many thanks for taking the time to share your understanding of these electronic principles.

Really awesome.I had never seen anyone explaining the subject like you.Appreciate this.

Goodness me this is a fantastic video. Thanks for actually taking the time to traverse the entire landscape of this.

Such great content! Thank you for making this available to us and for taking the time to review this material so thoroughly.

This is fantastic! This makes it much easier to understand the derivations of inductance formulas in our Physics textbooks. Thank you, professor! :)

Wow, great explanation. I wish my physics professor was as clear and concise as you!! :)

you helping me get through physics 3.. thank you so much

thank you very much!!! I was searching for derivation of this formula but I didn't find it. But I find it in this video i. I'm so happy now. Thank you!!!

Thank you so much for your clear, thorough, and detailed descriptions. This video really helped me a lot

Great explanation.Guru of teaching.Thanks

This is exactly what i was looking for! Thanks for solving this integral :)

Michel van Biezen You are awesome! Your lectures are on POINT! huge help! thanks!!!

oh, amazing! i didn't realise you could derive the formula by hand! that's really surprising.

thank you for the amazing explanation.

Thank you so much! This is an amazing explanation. I did have one question though. Did you use Kirchhoff's loop rule or Faraday's to get the RL circuit equation? I was watching other lectures as well, but some of them are saying that they did the closed loop integral of E dotted with dL across each part of the RL circuit, and since there is no electric field across an inductor, there is no potential drop, but the total voltage must equal -L(dI/dt).

Great teaching and thanks.

Thanks u so much. Your lecture is so awesome!!!

This man makes me get away with losing my focus during lectures

Greatly appreciate this. Thanks so very much for making this easy to understand.

You are a beast! Thank you so much.

Professor, so the time at the end above small e is simply E divided by L, correct or no.

He is the quintessential teacher = Professor MICHEL van BIEZEN comes out ALIVE from those PROBLEM SOLVER BOOKS published by SCHAUM Books/McGraw Hill.

Great sir

Sir, what is happening in the circuit in this case? I mean, which events happening in this circuit while current is increasing? We can know the current-time graph is what you drew on board with solving diff. eq., but it is a real system and laws of Physics is valid here. and some events happens and due to this events current-time graph become like this. How can we explain why this circuits acts like so? What is happening there? please tell me the real physical reasons of being of the current-time graph like so...

You saved my life ;-)

Why is the time constant L/R as opposed to LR like an resistor-capacitor circuit?

he was smiling at 0:00

Very good lecture Sir. Thanks 🙏🙏🙏🙏🙏🙏

Thanks fr the video.A concern with me is;why is l/R a function of time.i'll appreciate your response

jazakAllah

Simply 63.2% of whats available each time constant

Adorable

❤❤❤❤❤❤ thankes

this explanation is vague you don't explain why the inductance works how it works