Electric Potential - Little Shop of Physics
... capacitor to the left, giving the left electrode charge -Q and the right electrode charge Q. The capacitor still has no net charge, but the charge has been separated. These sepB arated charges exert a force Felec on q, as FIGURE 21.4b shows, so that the hand must now do work on q to move it from A t ...
... capacitor to the left, giving the left electrode charge -Q and the right electrode charge Q. The capacitor still has no net charge, but the charge has been separated. These sepB arated charges exert a force Felec on q, as FIGURE 21.4b shows, so that the hand must now do work on q to move it from A t ...
IntroEMLabManual3rdEd
... concerned, a good way to think about what is happening is to think of voltage as a kind of height. The battery "lifts" the electrons to a "height" of 1.5 [V] at the positive terminal of the battery. Then as the current flows through the light bulb, the electrons "fall" back to a "height" of 0 [V]. C ...
... concerned, a good way to think about what is happening is to think of voltage as a kind of height. The battery "lifts" the electrons to a "height" of 1.5 [V] at the positive terminal of the battery. Then as the current flows through the light bulb, the electrons "fall" back to a "height" of 0 [V]. C ...
