A simple circuit is wired with a battery, a switch, and a bell.
When the switch is turned on, what energy transformations will occur?
(1 point)
Responses
The battery’s chemical energy transforms to sound energy, which the wire transfers to the bell.
The battery’s chemical energy transforms to sound energy, which the wire transfers to the bell.
The battery’s chemical energy transforms to electrical energy, which the bell then transforms to sound energy.
The battery’s chemical energy transforms to electrical energy, which the bell then transforms to sound energy.
The switch’s electrical energy transforms to sound energy, which the wire transfers to the bell.
The switch’s electrical energy transforms to sound energy, which the wire transfers to the bell.
The switch transforms electrical energy to chemical energy, which the bell then transforms to sound energy.
The battery’s chemical energy transforms to electrical energy, which the bell then transforms to sound energy.
The correct response is: The battery’s chemical energy transforms to electrical energy, which the bell then transforms to sound energy.
The correct response is:
- The battery's chemical energy transforms to electrical energy, which the bell then transforms to sound energy.
Explanation:
In this simple circuit, the battery provides a source of potential energy in the form of chemical energy. When the switch is turned on, a complete path is created for the electric current to flow. The chemical energy stored in the battery is then transformed into electrical energy as the electrons flow through the circuit. This electrical energy is then transferred from the battery to the bell, where it is transformed into sound energy. The sound energy produced by the bell travels through the wire and is then audible to our ears. Therefore, the correct energy transformations in this circuit are from the battery's chemical energy to electrical energy, and then from electrical energy to sound energy.