5. Following readings were obtained from a series circuit containing resistance and capacitance : V = 150 V ; 1 = 2.5 A; P = 37.5 W, f= 60 Hz. Calculate (i) Power factor (ii) effective resistance (iii) capacitive reactance and (iv) capacitance. |(1) 0.1 (iH) 6 Q (i) 59.7 2 (iv) 44.4 µF]
5. Following readings were obtained from a series circuit containing resistance and capacitance : V = 150 V ; 1 = 2.5 A; P = 37.5 W, f= 60 Hz. Calculate (i) Power factor (ii) effective resistance (iii) capacitive reactance and (iv) capacitance. |(1) 0.1 (iH) 6 Q (i) 59.7 2 (iv) 44.4 µF]
Introductory Circuit Analysis (13th Edition)
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ISBN:9780133923605
Author:Robert L. Boylestad
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![5. Following readings were obtained from a series circuit containing resistance and capacitance :
V = 150 V;I=2.5 A; P= 37.5 W. ƒ = 60 Hz.
Calculate (i) Power factor (ii) effective resistance (ii) capacitive reactance and (iv) capacitance.
|() 0.1 (ii) 6 Q (iii) 59.7 Q (iv) 44.4 µF]](/v2/_next/image?url=https%3A%2F%2Fcontent.bartleby.com%2Fqna-images%2Fquestion%2F763ace14-4f52-45a6-a71a-086e65319dd7%2F9652d9d1-2189-4a6e-99e7-4f232d7c07c2%2Fqxb7spo_processed.png&w=3840&q=75)
Transcribed Image Text:5. Following readings were obtained from a series circuit containing resistance and capacitance :
V = 150 V;I=2.5 A; P= 37.5 W. ƒ = 60 Hz.
Calculate (i) Power factor (ii) effective resistance (ii) capacitive reactance and (iv) capacitance.
|() 0.1 (ii) 6 Q (iii) 59.7 Q (iv) 44.4 µF]
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