Question

Q) How is the heat produced by an electric circuit related to
rasistance and magnitude of the current?​

Answer 1

Answer:

Electrical energy is converted to heat energy. Electrical energy is nothing but power dissipated when current flows through the resistor. From the power equation we see that power is directly proportional to the magnitude of both current and resistance.

hope it helps you dear

Answer 2

Explanation:

the current that flows through the resistance is nothing but powe disipated which in the form of heat.

basically energy is to converted one form to another.

electrical energy converted into heat energy.

electrical energy is nothing but power dissipated when current flows to the resistor.

Electrical power E=p*t

from the power equation we see that energy directly proportional to the magnitude of both current and resistance.in fact power will increase Square with increasing current

we see that energy equation is directly proportional to the power which is in trurn proportional magnitude resistance and current hence

E prop P prop I &R

this is how heat produced by an related electric current related to magnitude of current and resistanc