When the circuit of the switch is closed, which statement is true
no statements
To determine which statement is true when the circuit of the switch is closed, you need to understand the behavior of a closed circuit.
In a closed circuit, the switch connects the two ends of the circuit, allowing the flow of electric current. When the switch is closed, it completes the circuit, and electric current can flow from the source (e.g., a battery) through the switch, and then to any components (e.g., light bulbs, resistors, etc.) in the circuit.
Given this information, here are the possible statements and their explanations:
1. Electric current will flow through the circuit.
Explanation: This statement is true when the switch is closed. Closing the switch completes the circuit, creating an uninterrupted path for the electric current to flow.
2. Electric current will not flow through the circuit.
Explanation: This statement is false when the switch is closed. Closing the switch allows electric current to flow through the circuit, as long as there are no open breaks or faulty components.
Therefore, the correct answer is: "When the circuit of the switch is closed, the statement 'Electric current will flow through the circuit' is true."