Question
An electrical resistor DISSIPATES energy in the form of... SOUND energy KINETIC energy CHEMICAL POTENTIAL energy THERMAL energy
Answer
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Orville
Professional · Tutor for 6 years
Answer
THERMAL energy
Explanation
## Step 1: Identify the primary function of a resistor in an electrical circuit. A resistor is designed to impede the flow of electric current, which results in the dissipation of electrical energy.## Step 2: Determine the form of energy into which the electrical energy is converted. The primary form of energy dissipation in a resistor is thermal energy due to the resistance causing the electrical energy to be converted into heat.## Step 3: Evaluate the given options:- SOUND energy: Not typically dissipated by a resistor.- KINETIC energy: Not typically dissipated by a resistor.- CHEMICAL POTENTIAL energy: Not typically dissipated by a resistor.- THERMAL energy: Correct, as resistors convert electrical energy into heat.