Question

2 a charged value component in an rl parallel circuit

measures 0 volts across it

causes current to stop

measures the applied voltage across it

increases or decreases the opposition to current

Explanation:

In an RL parallel circuit, when a component is charged, the voltage across it is equal to the applied voltage. This is because in a parallel circuit, the voltage across all components is the same as the source voltage.

• Option a: A charged component in an RL parallel circuit does not measure 0 volts.
• Option b: A charged component does not cause current to stop.
• Option d: Opposition to current (inductive reactance for inductor and resistance for resistor) is not affected by being "charged" in the context of voltage measurement in a parallel circuit.

Answer:

C. measures the applied voltage across it