All depends what voltage is applied across it.
Assuming it's designed for operation at 120 VAC, then it draws 33-1/3 mA when it's turned on.
(120 x 0.0333) = 4
A light bulb would act as a load in a circuit. It transforms electrical energy into light energy and heat when current passes through it. It offers resistance to the flow of current, causing it to light up.
In a series circuit, the current passing through each component, like the light bulbs, is the same. This means that both light bulbs would have the same current flowing through them. If one light bulb were to burn out, current flow through both bulbs would stop.
Light bulb in the home - alternating current (A/C) Light bulb in a car - direct current (D/C) Output of a battery charger - direct current Input of a battery charger - usually alternating current
No, an example of an electric current would be using a battery to light a lightbulb.
You would get output when the intensity of the applied light is higher and series current would make the current amplitude higher.
Not for awhile yet. The technology is just not there. I've heard estimates of 150 to 250 years and that very optimistic. The main obstacle is the speed of light barrier. We can build the ships, but, it would take such anincredible long time to get to any star system near us. At current speeds, we can achieve at present, it would take over 80,000 years to reach Alpha Centauri System at just over 4.2 light years.
Yes. If voltage leads the current, the impedance is inductive (this would be the case if the load is a motor). If current leads the voltage, the impedance is capacitive (this would be the case for a CFL light bulb).
Yes but as the current travels at the speed of light it would have to be thousands of miles shorter to detect a difference
It is possible but it is too involved to explain here. You would need a printed circuit board and a schematic to build what you want.
i would say that you would not be using any as there would be no current flow.
With current technology, that's not possible. At the speed of light, it would take you tens of thousands of years to leave our galaxy. The speed of light seems to be a speed limit in the Universe, and current technology is nowhere near travelling the speed of light.
The current flowing through the 75-watt light bulb connected to a 110-volt wall outlet can be calculated by using the formula: Power = Voltage x Current. Therefore, the current flowing through the light bulb would be approximately 0.68 amps.