Complex Power in Parallel Loads | GATE ECE PYQ

Solve a GATE ECE 2014 Set 1 Previous Year Question (PYQ) on complex power in parallel loads. This step-by-step solution is designed for GATE ECE 2027 beginners preparing for Network Theory. In this problem, two loads are connected in parallel to a 230 V RMS source. One load operates at a 0.8 leading power factor, while the other operates at a 0.8 lagging power factor. Learn how to calculate their individual complex powers and determine the total complex power. *Topics covered:* Complex power in AC circuits Real power, reactive power, and apparent power Leading and lagging power factors Reactive power calculation using the power triangle Total complex power of parallel loads GATE ECE 2014 Set 1 PYQ solution *Key concepts for GATE ECE:* Leading power factor corresponds to negative reactive power, while lagging power factor corresponds to positive reactive power under the passive sign convention. To calculate total complex power, add the real power components and reactive power components separately. Subscribe for more GATE ECE 2027 Network Theory PYQs, circuit analysis problems, and beginner-friendly explanations. #GATEECE #ComplexPower #NetworkTheory #GATE2014 #GATE2027