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Is Current The Same Before And After A Light Bulb?

The light bulb doesn’t do anything to the electrons, so we expect that they will come out the other side. Current stays the same because it’s just flowing electrons.

Is The Current Flowing Into A Light Bulb Greater Than Or Less Than The Current Leaving The Light Bulb?

The current flowing into the light bulb is larger than the current flowing out of the lightbulb. A one mile copper wire has a good resistance.

Does The Light Bulb Use Up The Current?

Current does not get used up in the first light bulb because the brightness is the same. The dimmer they all get is a series of bulbs. The current is an obstacle to the flow of charges.

What Current Passes Through The Bulb?

It depends on the watt rating and the voltage. In the US, almost all residential lighting is powered by 120VAC and a 100 Watt incandescent can pull about 830 mA.

What Will Happen To The Other Bulbs In A Series Circuit When One Bulb Is Removed?

Two light bulbs go out when one light bulb is removed. The circuit is open when one part is removed.

Why Is Current Into Light Bulb The Same Coming Out?

electrons move through an electric field from a high potential to a lower one. Something needs to happen to the electrons in the light bulb to cause a decrease in the current. At the end of everything, I need to have 1 electron somewhere.

What Happens When A Light Bulb Burns Out?

The principle of electricity is that current doesn’t flow through an open circuit. When a bulb burns out, the circuit becomes open and the path through it is broken. If a breaker were to open, it would be the same.

Why Does The Brightness Of A Light Bulb Remain The Same?

Each bulb does not share the same amount of electric current when bulbs are added in parallel. The bulb’s brightness is the same. There is an electric circuit with two batteries and a bulb.

Where Does The Electricity Go After It Leaves A Light Bulb?

When the light is on, electrons are being converted to light and heat, which leaves the light bulb. The electrons are inside the wire. When electrons pass through the battery, it adds energy to them. The electrical current goes from one wire to another through the light bulb.