Question

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 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 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 switch transforms electrical energy to chemical energy, which the bell then transforms to sound energy. The switch transforms electrical energy to chemical 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.

Answer 1

The correct response is: The battery’s chemical energy transforms to electrical energy, which the bell then transforms to sound energy.

In this circuit, when the switch is turned on, the chemical energy stored in the battery is converted into electrical energy. This electrical energy then flows through the circuit to the bell, which converts the electrical energy into sound energy when it rings.

Answer 2

u sure?

Answer 3

Yes, I am sure. In the described circuit, the sequence of energy transformations is:

1. Chemical Energy to Electrical Energy: The battery stores energy in chemical form. When the circuit is completed by turning on the switch, this chemical energy is transformed into electrical energy.

2. Electrical Energy to Sound Energy: The electrical energy then travels through the wires to the bell, which transforms this electrical energy into sound energy when it rings.

Therefore, the correct response is indeed: The battery’s chemical energy transforms to electrical energy, which the bell then transforms to sound energy. This accurately describes the process occurring in the circuit.