Answer :
The brightness of the light bulb depends on its resistance is OptionC. The light bulb gets dimmer as the resistance is increased.
An electric present-day flows when electrons move through a conductor, along with a metal cord. The shifting electrons can collide with the ions inside the metallic. This makes it greater hard for the current to glide, and reasons resistance.
Increasing the temperature (typically) increases resistance. The temperature coefficient of resistance (TCR) of wire or a resistor relates the alternate in resistance to the alternate in temperature.
Opposite of open resistance to authority or competition. obedience. submission. acquiescence. compliance.The resistance of a conductor, or circuit detail, generally will increase with growing temperature. while cooled to extraordinarily low temperatures, a few conductors have 0 resistance. Currents keep to flow in these substances, known as superconductors, after elimination of the carried out electromotive pressure.
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Disclaimer:- your question is incomplete, please see below for the complete question.
a) The brightness of the light bulb is independent of its resistance. It only depends on the voltage of the battery.
b) The light bulb gets brighter as the resistance is increased.
c) The light bulb gets dimmer as the resistance is increased.
