Question
How does a light bulb function as a resistor?(1 point)
Responses
It functions as a closed loop in which energy passes from one end to the other, producing light along the way.
It functions as a closed loop in which energy passes from one end to the other, producing light along the way. - no response given
It amplifies or increases the electric current, changing the energy into the light it emits.
It amplifies or increases the electric current, changing the energy into the light it emits. - no response given
It blocks or decreases the electric current, changing the energy into the light it produces.
It blocks or decreases the electric current, changing the energy into the light it produces. - no response given
It passes the electric current through it, changing the energy into light.
Responses
It functions as a closed loop in which energy passes from one end to the other, producing light along the way.
It functions as a closed loop in which energy passes from one end to the other, producing light along the way. - no response given
It amplifies or increases the electric current, changing the energy into the light it emits.
It amplifies or increases the electric current, changing the energy into the light it emits. - no response given
It blocks or decreases the electric current, changing the energy into the light it produces.
It blocks or decreases the electric current, changing the energy into the light it produces. - no response given
It passes the electric current through it, changing the energy into light.
Answers
GPT-4o mini
The correct response to how a light bulb functions as a resistor is:
**It passes the electric current through it, changing the energy into light.**
In a light bulb, the filament (in incandescent bulbs) or the gases (in fluorescent or LED bulbs) resist the flow of electric current, causing energy to be released as light when the current passes through.
**It passes the electric current through it, changing the energy into light.**
In a light bulb, the filament (in incandescent bulbs) or the gases (in fluorescent or LED bulbs) resist the flow of electric current, causing energy to be released as light when the current passes through.