Sometimes simple is better... I have wasted my time watching useless videos on Phasor Diagram. Then came this short and simple video which very explicitly explains the concept and how to draw phasor diagram. Thank you very much.
I am still wondering how this video was filmed. Was there a glass in front of you? Does your pan have a coordinate tracking thing on it? Were the slides actually projected on the glass and a "clearer" overlay was added later? I need to know!
Most likely the camera was facing him from behind the board, but however they only mirrored the scribblings on the board. Then the camera mirrors both image (scribblings and his body) again and we have this video as a result
how the fuck are you writing this? are you writing backwards??! I'm so confused, I'm almost more confused by this sorcery than the phasor diagrams themselves! Good video though, thanks! :)
The voltage across the inductor will lead the current through the circuit because the inductor opposes the change in the current through it (by generating an induced emf). The capacitor on the other hand will have current that leads the voltage because in order to have a voltage across the capacitor plates, you need charge to move onto/off of the plates (which means the current must already exist). Does that make sense?
can you explain a little bit more maybe? i dont get why is the current/voltage leading by 90 degrees in capacitor and inductor, respectively. like why is it 90 degrees? where does this angle come from.@@CogverseAcademy
For everyone concerned about how he writes, im pretty sure he writes normal using a florescent inked marker and then mirrors the video. Anyways why do you care? Dont you have an exam tomorrow that you should concentrate on?
