More About Batteries and Electric E

More About Batteries and Electric Eels: One key to understanding how electric eels can generate such high voltages is to know what it means to put batteries "in series" versus "in parallel." A battery works by creating a difference in electrical charge. The positive (+) end of the battery is at a higher electrical potential than the negative (-) end. If the two ends are connected, through the wires of an electrical device like a light bulb, for example, particles will flow so as to equalize the charges. The stored energy that moves those electrons in the wire filament of the bulb is what we call voltage.

More About Batteries and Electric Eels: One key to understanding how electric eels can generate such high voltages is to know what it means to put batteries "in series" versus "in parallel." A battery works by creating a difference in electrical charge. The positive (+) end of the battery is at a higher electrical potential than the negative (-) end. If the two ends are connected, through the wires of an electrical device like a light bulb, for example, particles will flow so as to equalize the charges. The stored energy that moves those electrons in the wire filament of the bulb is what we call voltage.

More About Batteries and Electric Eels: One key to understanding how electric eels can generate such high voltages is to. Know what it means to put batteries "in series." versus "in parallel." A battery works by creating a difference in electrical. Charge. The positive () end of the battery is at a higher electrical potential than the negative (-) end. If the two ends. Are, connectedThrough the wires of an electrical device like a, light bulb for example particles will, flow so as to equalize the, charges. The stored energy that moves those electrons in the wire filament of the bulb is what we call voltage.