it takes 3,003,494,560,327,650,836,140,520,347,257,345,803,465,876,324,065,086,237,248 and it still might not get done
alot
As per the formula for power (Power (Watt) = Voltage (V) x Current (i) & Resistance (R) = V / i), 25w lamp bulb would have higher resistance compared to that of 5w lamp bulb.
The three way light bulb has two filaments with one common pin. The common pin is connected to the shell of the base, while the other pins are at the center and the ring. The three way fixture then provides four positions; neither, one, the other, or both of the filaments receiving power. This way you can adjust the brightness. Maximum power is always the sum of the other two power settings; such as 50-100-150, 30-70-100, etc. Also, a very common light bulb which has two filaments is used in the "stop and tail" lamps on cars, trucks and many other vehicles. Its two filaments are: 5 watts for the tail light function and 21 watts for the stop light (or turn signal) function. Each filament is connected to its own separate pin inside the insulated center of the shell of the base of the bulb. From there, via the bulb holder, the 5 watt filament is connected to the light switch which connects it to the positive side of the battery for the tail light function. Similarly the 21 watt filament is connected to the stop light switch - operated by the brake pedal - which connects it to the positive side of the battery for the stop light function. The other side of each filament is connected directly to the metal shell, so the shell is the common connection point to the negative side of the battery. Some of the newer versions of this bulb have a plug in base with four terminals, of which two are common, making it impossible to mis-socket this bulb.
A new invention from the Second Industrial Revolution that excited the public was the electric light bulb invented by Thomas Edison. And when George Westinghouse built a power system, which made electricity to travel from many miles away, electricity spread to many homes, businesses, and factories.
77 and 3/4 of a pear
A single lemon cannot produce enough power to light up a conventional light bulb on its own. However, with the use of additional lemons and other materials like copper and zinc nails, it is possible to create a series of connected lemon batteries that can generate enough electricity to power a small LED light.
it takes 3,003,494,560,327,650,836,140,520,347,257,345,803,465,876,324,065,086,237,248 and it still might not get done
It would take approximately 100 lemons to power a 15 watt light bulb. Lemons can generate a small amount of electricity through a chemical reaction, but it is not a very efficient or practical way to power a light bulb.
4763796726796776by the power of ten
Onions don't have volts.
Yes, even a potato can light a light bulb. Yes. If the batteries match the voltage of the bulb, they can light it. Flashlights have bulbs and batteries that power them. If you mean a household light bulb, then you'd need many batteries in series (80 of the 1.5 volt batteries).
their are 8 parts to the light bulb
Look on the light bulb for the voltage and the power in watts. Then divide the watts by the voltage and that gives the amps. Some CFL bulbs also state the current as well as the voltage and power, which is because they can have a poor power factor.
It depends how big the light bulb is to be honest
Define "light bulb"
It would take a lot of apples to generate enough electricity to light a light bulb. Apples can produce a small amount of electrical current through a process called oxidation, but it would likely require hundreds or even thousands of apples to power a light bulb.