Bob, you truly are Heaven-sent. Even after years of studying electrical and electronics engineering, you're still able to point out significant information that helps me understand the subject more. Thank you for your contribution, Sir!
Hello, TH-cam randomly recommended this video for me. It is fascinating and a bit funny to watch this explanation from my viewpoint as a battery chemist. Even so, it is a very clear and concise explanation for new students interested in electronics, I would like to thank you for your work! Understanding circuits intuitively as a fluid system is immensely helpful in my view.
Bob você ensina o que todos andam passando por cima, esse conhecimento é profundo, demonstra que realmente conhece e pensa com clareza no que realmente acontece!
One last point, in the real world… the final wire going from the last resistor to the negative battery terminal actually has a tiny resistance, and a tiny voltage across it. Which according to ohms law would calculate out to the same total series current of the circuit. So if you put your black probe on the battery’s actual anode rod there is always some tiny positive voltage on the conductor leading to it. It would be nearly impossible to measure but it’s there and brings the electrons home.
Bob, you truly are Heaven-sent. Even after years of studying electrical and electronics engineering, you're still able to point out significant information that helps me understand the subject more. Thank you for your contribution, Sir!
Hello, TH-cam randomly recommended this video for me. It is fascinating and a bit funny to watch this explanation from my viewpoint as a battery chemist. Even so, it is a very clear and concise explanation for new students interested in electronics, I would like to thank you for your work! Understanding circuits intuitively as a fluid system is immensely helpful in my view.
Bob você ensina o que todos andam passando por cima, esse conhecimento é profundo, demonstra que realmente conhece e pensa com clareza no que realmente acontece!
One last point, in the real world… the final wire going from the last resistor to the negative battery terminal actually has a tiny resistance, and a tiny voltage across it. Which according to ohms law would calculate out to the same total series current of the circuit. So if you put your black probe on the battery’s actual anode rod there is always some tiny positive voltage on the conductor leading to it. It would be nearly impossible to measure but it’s there and brings the electrons home.
perfeita complementação. Se fosse zero volts estaríamos com o circuito interrompido.