What quantity is associated with energy dissipation as heat due to resistance?

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Multiple Choice

What quantity is associated with energy dissipation as heat due to resistance?

Explanation:
Energy converted by resistance shows up as heat—the thermal energy produced. As current flows through a resistor, electrical energy is transformed into thermal energy due to collisions of electrons with the lattice, which manifests as heat. The rate of this energy conversion is power, measured in watts, but the actual quantity associated with the energy dissipated as heat is heat (thermal energy). Coulombs are charge, Ohms are resistance, and watts describe the rate of energy transfer, not the heat energy itself.

Energy converted by resistance shows up as heat—the thermal energy produced. As current flows through a resistor, electrical energy is transformed into thermal energy due to collisions of electrons with the lattice, which manifests as heat. The rate of this energy conversion is power, measured in watts, but the actual quantity associated with the energy dissipated as heat is heat (thermal energy). Coulombs are charge, Ohms are resistance, and watts describe the rate of energy transfer, not the heat energy itself.

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