A SINGLE-PHASE 230 AC, 60 HZ POWER SUPPLY FEEDS A 2400 WATTS AIR CONDITIONING SYSTEM, WITH A POWER FACTOR OF 0.5 IN LAGGING. IN PARALLEL WITH THE AIR CONDITIONING SYSTEM IS CONNECTED ANOTHER LOAD FORMED BY A 20 OHMS RESISTOR IN SERIES WITH A 40 mH COIL. DETERMINE THE TOTAL POWER TRIANGLE A) THE VALUE OF THE REAL POWER IS: B) THE REACTIVE POWER VALUE IS: C) THE VALUE OF THE APPARENT POWER IS:
A SINGLE-PHASE 230 AC, 60 HZ POWER SUPPLY FEEDS A 2400 WATTS AIR CONDITIONING SYSTEM, WITH A POWER FACTOR OF 0.5 IN LAGGING. IN PARALLEL WITH THE AIR CONDITIONING SYSTEM IS CONNECTED ANOTHER LOAD FORMED BY A 20 OHMS RESISTOR IN SERIES WITH A 40 mH COIL. DETERMINE THE TOTAL POWER TRIANGLE A) THE VALUE OF THE REAL POWER IS: B) THE REACTIVE POWER VALUE IS: C) THE VALUE OF THE APPARENT POWER IS:
Introductory Circuit Analysis (13th Edition)
13th Edition
ISBN:9780133923605
Author:Robert L. Boylestad
Publisher:Robert L. Boylestad
Chapter1: Introduction
Section: Chapter Questions
Problem 1P: Visit your local library (at school or home) and describe the extent to which it provides literature...
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A SINGLE-PHASE 230 AC, 60 HZ POWER SUPPLY FEEDS A 2400 WATTS AIR CONDITIONING SYSTEM, WITH A POWER FACTOR OF 0.5 IN LAGGING. IN PARALLEL WITH THE AIR CONDITIONING SYSTEM IS CONNECTED ANOTHER LOAD FORMED BY A 20 OHMS RESISTOR IN SERIES WITH A 40 mH COIL. DETERMINE THE TOTAL POWER TRIANGLE
A) THE VALUE OF THE REAL POWER IS:
B) THE REACTIVE POWER VALUE IS:
C) THE VALUE OF THE APPARENT POWER IS: C) THE VALUE OF THE APPARENT POWER IS:
CALCULATE ALSO THE VALUE OF THE CAPACITOR TO BE CONNECTED IN PARALLEL WITH THE SOURCE TO CORRECT THE TOTAL POWER FACTOR TO 0.96. EXPRESS YOUR RESULT IN MICROFARADS
D) THE VALUE OF THE CAPACITOR IS:
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