Question

Is resistance directly proportional to heat?

Answer 1

Explanation:

1. Heat is the transfer of kinetic energy from a source of energy to a medium or an object, or from a medium to an energy source. Three mechanisms exist for transporting energy: conduction, convection, and radiation.
2. Heat has a direct relationship with resistance.
3. Heat equals power time. As a result, $H$ and $R$ are inversely proportional. As a result,$H$ is proportional to $R$.
4. From this formula, the resistance is directly proportional to heat.

$H=I^{2}RT$

Here $I$ is the current,$R$ the resistance and$t$is the time.

5. Momentum is conserved in collisions that are both elastic and inelastic, however in elastic collisions, the total kinetic energy is constant before and after the collision.

6. Kinetic energy is disseminated as heat, sound, or deformation in an inelastic collision.