For an amplifier with a Power Consumption of 2040 Watts and operating Voltage of 120 VAC, what is the amount of Current, in Amperes, needed?

For an amplifier with a Power Consumption of 2040 Watts and operating Voltage of 120 VAC, what is the amount of Current, in Amperes, needed?

• A. 12 Amps
• B. 15 Amps
• C. 17 Amps
• D. 20 Amps

Answer: (C)

To find the amount of current needed for an amplifier with a given power consumption and operating voltage, you can use the formula derived from Ohm's law: Current (I) = Power (P) / Voltage (V). In this case, the power consumption of the amplifier is 2040 Watts, and the operating voltage is 120 VAC. Plugging these values into the formula gives: I = 2040 Watts / 120 Volts = 17 Amperes. This calculation reveals that the correct answer is indeed 17 Amperes. This demonstrates the application of the basic electrical principle that relates power, voltage, and current, which is fundamental in understanding how electrical devices operate and are connected in a production setting. The other choices do not correspond to the calculated current based on the provided power and voltage values, making them incorrect.

To find the amount of current needed for an amplifier with a given power consumption and operating voltage, you can use the formula derived from Ohm's law:

Current (I) = Power (P) / Voltage (V).

In this case, the power consumption of the amplifier is 2040 Watts, and the operating voltage is 120 VAC. Plugging these values into the formula gives:

I = 2040 Watts / 120 Volts = 17 Amperes.

This calculation reveals that the correct answer is indeed 17 Amperes. This demonstrates the application of the basic electrical principle that relates power, voltage, and current, which is fundamental in understanding how electrical devices operate and are connected in a production setting.

The other choices do not correspond to the calculated current based on the provided power and voltage values, making them incorrect.