11:40 The diagram on the right, what you have drawn is incocrrect. It shows Current Lagging Voltage by 90degree (The correct one is Current should Lag Voltage by 90 degree for pure capacitive load). Green color is voltage, Orange is Current.
@@GauravJ Actually you said it correctly. It's the diagram that is incorrect. Anyway, most people would probably won't notice that diagram if not paid attention to details. More importantly remember the key concepts: ICE (I lead E(V) for Capacitor), and ELI (E lead I for L(inductor)
Genius man. I like your explanation , you explain complicated things is easy manner.
Thank you 😊
Very good. I have gone through many of your videos. really refreshed. God bless you. You are helping children to understand easily. Keep it up.
Thank you 😊 Do share with Electrical Engineers you know 😇
Great work sir.But if there is download options in your website it will be helpful for us. Love from Bangladesh ❤️🇧🇩
Nice Vedios sir, could you please help me to calculate heat dissipated by an inductor for dc and ac ?
11:40 The diagram on the right, what you have drawn is incocrrect. It shows Current Lagging Voltage by 90degree (The correct one is Current should Lag Voltage by 90 degree for pure capacitive load). Green color is voltage, Orange is Current.
Yes. I might have said the opposite
@@GauravJ Actually you said it correctly. It's the diagram that is incorrect. Anyway, most people would probably won't notice that diagram if not paid attention to details. More importantly remember the key concepts: ICE (I lead E(V) for Capacitor), and ELI (E lead I for L(inductor)
I didn't quite get how Xc was gotten as 31.83 ohms. What frequency was used?
50Hz