How many paths for current flow exist in a 50-volt circuit with five resistors in parallel?

How many paths for current flow exist in a 50-volt circuit with five resistors in parallel?

• A. One
• B. Two
• C. Five
• D. Ten

Answer: (C)

In a parallel circuit, the current can flow through multiple pathways. Each resistor connected in parallel provides an independent path for the current. Therefore, if there are five resistors connected in parallel, there are five distinct paths for the current to flow. In this scenario, regardless of the voltage across the circuit, the key factor is the configuration of the resistors. Since each resistor allows current to flow independently from the others, the total number of paths for current flow is equal to the number of resistors. Thus, with five resistors, there are five separate paths where current can take, which corresponds to the correct answer. This concept is fundamental in understanding how parallel circuits distribute current.

In a parallel circuit, the current can flow through multiple pathways. Each resistor connected in parallel provides an independent path for the current. Therefore, if there are five resistors connected in parallel, there are five distinct paths for the current to flow.

In this scenario, regardless of the voltage across the circuit, the key factor is the configuration of the resistors. Since each resistor allows current to flow independently from the others, the total number of paths for current flow is equal to the number of resistors. Thus, with five resistors, there are five separate paths where current can take, which corresponds to the correct answer. This concept is fundamental in understanding how parallel circuits distribute current.