Calorimeter resistors are used to measure the amount of heat generated by an electrical circuit. Instructions for measuring the heat generated and step-by-step equations for calculating the electrical equivalent of heat are provided.
Used to measure the amount of heat generated by an electrical circuit. When an electric current flows through a conductor, some of the electrical energy is converted to heat energy. This heat energy is referred to as joule heat. The greater the resistance in a circuit, the greater the amount of heat generated. It is analogous to the conversion of mechanical energy to heat energy due to frictional resistance.
Includes instructions for measuring the heat generated in the circuit and step-by-step equations for calculating the electrical equivalent of heat (1 cal = 4.186 J). To perform the experiment, the calorimeter resistor is placed in the aneroid calorimeter (AP9160) and set up in a circuit. You will also need a 6-volt power supply or battery, ammeter, voltmeter, connecting wires, thermometer, stopwatch and balance. Diagram for setup included.
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