2. one on the side and one on the very bottom
When the two electrodes contact, it completes the circuit, allowing the current to flow from one electrode to the other through the bulb. The current passing through the filament of the bulb causes it to heat up and emit light, resulting in the bulb lighting up.
Approximately 16-20 electrodes
Approximately 16-20 electrodes
When two electrodes are in contact with each other, they form a closed circuit that allows electricity to flow uninterrupted between them. This completes the circuit and provides a path for the electric current to flow from the power source, through the bulb, and back to the power source. This flow of electricity causes the bulb to light up.
try it, find out. I think it should if you us the right electrodes.
Yes and no. If the peanuts are moist, not dried, they will act an electrolyte between two dissimilar metal electrodes - zinc and copper for instance - and form a cell that would power a low-volt lamp. The peanuts would be best if ground into a paste to ensure good contact and a continuous path between electrodes. The is also possible with something like a whole apple or potato as well, just push the electrodes in, but what is really powering the lamp are the chemical reactions at the electrodes.
As many as 24 electrodes, depending on the type of the implant, stimulate the ganglion cells in the cochlea
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A typical fluorescent light bulb operates on a voltage range of about 100 to 250 volts, depending on the specific type and design. The bulb requires a ballast to regulate the current and voltage for proper operation. However, when considering the voltage across the electrodes inside the bulb during operation, it can be around 1,000 volts due to the ionization of the gas inside.
there are many different types
four electrodes are attached to the patient for the Holter monitoring
A lemon can power up a light bulb by acting as an electrolyte in a chemical reaction with the metals in the light bulb. When zinc and copper electrodes are placed in the lemon, a chemical reaction creates an electrical current that can power a small LED light bulb.