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everybody would use the light bulb
I would suspect the bulb is burnt out.I would suspect the bulb is burnt out.
it would be ok in a circuit which didn't need a light bulb.
When connecting a volt meter to a light bulb to measure the voltage of the light bulb, run a third wire from where the wire enters the bulb to one terminal of the voltmeter and a fourth wire from the other side of the bulb to the other terminal of the voltmeter.
A light bulb is an artificial source of light that typically consists of a glass bulb containing a filament or LED that produces light when an electric current passes through it. It is commonly used for illumination in homes, offices, and other spaces.
If the amplitude of the waves coming from a light bulb decreases, you would expect the intensity of the light emitted to decrease as well. This would result in the light appearing dimmer to an observer.
Yes, a circuit is a part of a light bulb. It is designed to provide the necessary electrical connection for the bulb to receive power and emit light. Without the circuit, a light bulb would not be able to function properly.
Without the light bulb life would be miserable because we would not only have no light but no energy also because Thomas Edison invented the light bulb and electricity so no light bulb, no Edison, meaning no electricity. enjoy Cameron6574 ;P What i just said was gobbledegoosh (gob-ol-dee-goosh). Thomas Edison invented the computer and electricity never existed. The light bulb - what even is a light bulb? A remote? A rat? A train? You can't even describe it and the bell just rang so the monkies. NumberWang!
power difference
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.
Yes, for about .1 second, then it will blow the lamp. A 9v battery will however light three 3.5v lamps.
In a simple flashlight circuit, electrons flow from the negative terminal of the battery, through the circuit (which typically includes a switch and light bulb), and return to the positive terminal of the battery. This flow of electrons creates a current that powers the light bulb and produces light.