it took me a while to understand the physics behind the voltage divider .. but now i get it. like how in arduino massures the voltage in of the Termistor. it's between pressure one and 2 .
So, if I'm understanding this right, would two electric motors or light bulbs in a parallel circuit will be faster/brighter than motors/lights in series (all else being equal)?
in the old days, they call it the electric current because people think the electron flow in that direction. But in reality, the electric current (+ to -) and the direction where the electrons flow (- to +) is the opposite.
really good tutorial! explaining electricity this way is so much more easier to understand
Really close to being good. Food coloring and a pump to simulate a battery would've helped a lot.
it took me a while to understand the physics behind the voltage divider .. but now i get it.
like how in arduino massures the voltage in of the Termistor. it's between pressure one and 2 .
So, if I'm understanding this right, would two electric motors or light bulbs in a parallel circuit will be faster/brighter than motors/lights in series (all else being equal)?
Sweeet
There is not subtitle. I am not english native. Thanks.
There is a mistake at 7.23 -- "Sovling of Circuit 3". It should be solving.
in the old days, they call it the electric current because people think the electron flow in that direction. But in reality, the electric current (+ to -) and the direction where the electrons flow (- to +) is the opposite.
This makes my head hurt this actually is a better explanation of hydraulics then electronics. The water analogy doesn't really work here.