Question

According to Joule's law of heating, mention the factors on which heat produced
in a resistor depends. According to this law write the formula used to calculate
the heat produced.​

Answer 1

$\huge\mathfrak{Answer}$

$\bold{Joule's Law of Heating}$

According to joules law of heating the heat produced in a conductor due to collision of electrons to the atom or ion is directly proportional to the following factor:-

1. It is directly proportional to the square of current flow through the conductor.
2. It is directly proportional to the resistance of the conductor.
3. It is directly proportional to the time on which the current is flow in a conductor.

$\bold{Joule's Heat Relation }$

$\boxed{H = I ^{2}RT}$

Where,

H is heat produced .

I is current.

T is time .

R is resistance of conductor.

Answer 2

Answer:

H = VIt

Explanation:

the energy supplied to the circuit by the source in time t is p*t