Example 3 - Solving for Natural Response of an RL Circuit

[@electriccircuits7164]

The theory needed to solve this problem is discussed here: kzbin.info/www/bejne/gJi2o4t4ndidrrc

[@overtimes3b]

Way better than my professor helped out so much this definitely deserves more views

[@electriccircuits7164]

Thank for the feedback. Great to know it was beneficial to your learning!.

[@mnrea111]

greatest video ive ever seen, thank you!

[@electriccircuits7164]

Thanks! Glad it was helpful to your learning.

[@guillaume6373]

Thanks for the helpful video :)

[@electriccircuits7164]

Glad it was helpful!

[@alexg91024]

Fantastic explanation. Thanks!

[@electriccircuits7164]

Thank you! Glad the video was helpful to your learning!

[@alim1977]

@@electriccircuits7164 Doctor, I wish you could make a translation into Arabic

[@electriccircuits7164]

​@@alim1977 Thank you. At the moment, the channel subtitles are auto-generated in English only. In future, KZbin may add the feature of allowing auto-generated subtitles in other language as well. It is currently not available. Then it will be possible to translate subtitles into any language that is supported by Google translate.

[@shreyasaditya2184]

Iam little confused at 7:45 when to apply thevinin theorem ?? I calculated (2ohm series with 10 )// 40.???? Or( 40//10)+2??? I fed up with this ...any one pls explain

[@electriccircuits7164]

Thank you for the question. The solution in the video at 7:45 is correct. You have to consider the terminals of interest and start at the far end when combining the resistors. Thus, 10||40 first and then in series with 2. Hope that helps.

[@alim1977]

Doctor, I wish you could make a translation into Arabic

[@electriccircuits7164]

Thank you. At the moment, the channel subtitles are auto-generated in English only. In future, KZbin may add the feature of allowing auto-generated subtitles in other language as well. It is currently not available. Then it will be possible to translate subtitles into any language that is supported by Google translate.

[@DAFDAR4150]

We want the reference

[@electriccircuits7164]

Thank you. Can you please elaborate which reference you are referring to?