How much power is consumed by a 120V parallel circuit that contains a 100-load and an 80-load that draws 2.7A?

To determine the power consumed by the circuit, we first need to understand how the parallel circuit operates. In a parallel circuit, each load receives the same voltage, which in this case is 120 volts.

The total power consumed by the circuit can be calculated using the formula for power, which is:

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

From the information provided, the circuit draws a total current of 2.7 amperes at a voltage of 120 volts. By applying the formula:

P = 120V × 2.7A.

Calculating this gives:

P = 324W.

However, you are also given loads of 100W and 80W. Since both loads are connected in parallel, the total power consumed in terms of these loads is:

Total Power = Power of Load 1 + Power of Load 2

Total Power = 100W + 80W = 180W.

However, the power calculated based on the 2.7A is the total power consumed in the circuit, and it indicates the actual power being drawn from the supply. The question mentions "contains a 100-load and an 80-load," suggesting we look at the impact of