If you multiply Volts and Amps, what is the result?

When you multiply Volts and Amps, the result is Watts. This relationship is derived from the formula for electrical power, which states that power (measured in Watts) is equal to voltage (measured in Volts) multiplied by current (measured in Amps).

This formula, expressed as P = V × I, indicates how much electrical energy is being used or produced in a circuit. Watts represent the rate at which energy is transferred or converted, making it a crucial measurement in understanding electrical systems. By applying this formula, you can determine how much power is being consumed in various devices, which is essential for electrical planning and management.

The other choices do not represent the outcome of multiplying Volts and Amps in this context. Ohms, for example, are a measure of resistance, while Volts and Amps are both individual units that describe different electrical properties. Understanding the relationship between these units is fundamental in electrical engineering and helps in managing energy consumption effectively.