A supply voltage Vs with magnitude of 230 Volt RMS with 60 Hz frequency and a phase angle of zero degrees is connected in parallel configuration to two loads each load consumes power as following: Load 1: 30 K watts with Power factor of 1. (PF= 1) Load 2: 5 K VA (apparent power) with Power factor of 0.86 (PF = 0.86) lagging. (Note that lagging PF means the difference between phase of the voltage and phase of the current is positive) A. (10 pts) The complex power consumed by each load B. (10 pts) The current drawn by each load from the source.
A supply voltage Vs with magnitude of 230 Volt RMS with 60 Hz frequency and a phase angle of zero degrees is connected in parallel configuration to two loads each load consumes power as following: Load 1: 30 K watts with Power factor of 1. (PF= 1) Load 2: 5 K VA (apparent power) with Power factor of 0.86 (PF = 0.86) lagging. (Note that lagging PF means the difference between phase of the voltage and phase of the current is positive) A. (10 pts) The complex power consumed by each load B. (10 pts) The current drawn by each load from the source.
Introductory Circuit Analysis (13th Edition)
13th Edition
ISBN:9780133923605
Author:Robert L. Boylestad
Publisher:Robert L. Boylestad
Chapter1: Introduction
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A supply voltage Vs with magnitude of 230 Volt RMS with 60 Hz frequency and a
phase angle of zero degrees is connected in parallel configuration to two loads each load consumes power as following:
Load 1: 30 K watts with Power factor of 1. (PF= 1)
Load 2: 5 K VA (apparent power) with Power factor of 0.86 (PF = 0.86) lagging.
(Note that lagging PF means the difference between phase of the voltage and phase of the current is positive)
A. (10 pts) The complex power consumed by each load
B. (10 pts) The current drawn by each load from the source.
Transcribed Image Text:+
230 RMS
60Hz
0°
Load 1
GND
Load 2
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