A parallel circuit has multiple paths for current to flow.

A parallel circuit has multiple paths for current to flow.

• A. Power
• B. Resistance
• C. Current
• D. Voltage

Answer: (C)

This item tests how current behaves in a parallel circuit. In parallel, there are multiple paths for charges to flow, and the currents in those paths combine to form the total current drawn from the source. The essential point is that current is the flow of electric charges, and in a parallel setup it splits among the different branches according to each branch’s resistance, with the total current being the sum of all branch currents. The voltage across every path is the same, but that doesn’t change the idea that current is the quantity that actually flows and distributes across the multiple paths. So the statement highlights the behavior of current in a parallel arrangement—the current can take several paths and split accordingly.

This item tests how current behaves in a parallel circuit. In parallel, there are multiple paths for charges to flow, and the currents in those paths combine to form the total current drawn from the source. The essential point is that current is the flow of electric charges, and in a parallel setup it splits among the different branches according to each branch’s resistance, with the total current being the sum of all branch currents. The voltage across every path is the same, but that doesn’t change the idea that current is the quantity that actually flows and distributes across the multiple paths. So the statement highlights the behavior of current in a parallel arrangement—the current can take several paths and split accordingly.