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Refer to figure below. E = 230 V/0° f = 50 Hz (~ 661.25 W 2.875 W OW XL = 40 2 Determine the real power in the capacitor. 18400 W Ī₁ I2 Xc =I80 Ω Ī3 R = 120 Q

Refer to figure below. E = 230 V/0° f = 50 Hz (~ 661.25 W 2.875 W OW XL = 40 2 Determine the real power in the capacitor. 18400 W Ī₁ I2 Xc =I80 Ω Ī3 R = 120 Q

Introductory Circuit Analysis (13th Edition)
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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need help question 3&4，pls assit
Question 3 Refer to figure below. E = 230 V/0° f = 50 Hz ( 661.25 W 2.875 W OW XL = 40 Q 18400 W [₁ Determine the real power in the capacitor. eller [2 Xc =I80 Ω Ī3 R = 120 Q
Transcribed Image Text:Question 3 Refer to figure below. E = 230 V/0° f = 50 Hz ( 661.25 W 2.875 W OW XL = 40 Q 18400 W [₁ Determine the real power in the capacitor. eller [2 Xc =I80 Ω Ī3 R = 120 Q
Question 4 Refer to figure below. E = 230 V/0° f = 50 Hz n 661.25 W 1983.75 W 795 W XL = 40 2 440.83 W Ī₁ elle Determine the total real power in the circuit. [2 Xc =180 Ω Ī3 R = 120 02
Transcribed Image Text:Question 4 Refer to figure below. E = 230 V/0° f = 50 Hz n 661.25 W 1983.75 W 795 W XL = 40 2 440.83 W Ī₁ elle Determine the total real power in the circuit. [2 Xc =180 Ω Ī3 R = 120 02
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