What is the voltage drop when a 16A load passes through conductors with a resistance of 0.40 ohms?

To determine the voltage drop across the conductors when a load is passing through them, you can use Ohm's Law, which states that voltage (V) equals current (I) multiplied by resistance (R).

In this scenario, the current is 16 amps, and the resistance of the conductors is 0.40 ohms. By applying the formula:

V = I × R

we can calculate the voltage drop as follows:

V = 16A × 0.40Ω = 6.40V

This calculation shows that a load of 16 amps passing through conductors with a resistance of 0.40 ohms results in a voltage drop of 6.40 volts. Thus, the correct answer reflects this computation accurately. Understanding the relationship between current, resistance, and voltage is crucial in electrical theory, as it helps in designing circuits and ensuring they operate safely and efficiently.