I should know this, but why doesn't the current, the second time the switch is closed, return to source? Is it me, or was it missed in the explanation?
Although the instructor seems in a hurry and unprepared for this video, his explanation of the energy being charged and discharged and the convention of energy sources plus the electrical properties of both inductors and capacitors being resistive to instantaneous changes in current and voltage, respectively, was pretty clever than most RUclips videos.
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Amazing, thanks for putting the video on RUclips!
Excellent, thanks
Some have the equations design?
I should know this, but why doesn't the current, the second time the switch is closed, return to source? Is it me, or was it missed in the explanation?
This is the best, most concise explanation i have heard so far! What is the instructors name?
Although the instructor seems in a hurry and unprepared for this video, his explanation of the energy being charged and discharged and the convention of energy sources plus the electrical properties of both inductors and capacitors being resistive to instantaneous changes in current and voltage, respectively, was pretty clever than most RUclips videos.
This îs wow i need more
사랑합니다
Dr. Nafia is a genius. amazing instructor.
brilliant explaination sir...even a lay man can undertand
very good explanation, thank u.
BRILLIANT EXPLANATION !! GURUJI!!
awesome.. please upload a complete video
great
Thank U Sir
Brilliant!
Absolutely brilliant, Respect from UET Lahore, Pakistan
thank you very much it relly helped me a lot