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ble √752 + (172.79 127.32)² = 87.700 230 87.70372107 Ai) z = Aii) = == Av) f = = Aiii) P = 2.62x230 cos (31.22) - 515.8W Aiv) S = 2.62x230 = 602.6VA 1 Σπνίε Avi) == 172.79 87.7 RF 42.92 QF 1.97 et 0 Avii) = -=2.62A Tan-1 = 1.97 = = 21.79Hz 172.79-127.32 75 fr Q = 2.62x230x sin(31.22) = 312.3VAR 127.32) = 31.22 degrees = 1 2XTX (0.55) (25 x 10-6) W hn 42,92Hz P PDF

ble √752 + (172.79 127.32)² = 87.700 230 87.70372107 Ai) z = Aii) = == Av) f = = Aiii) P = 2.62x230 cos (31.22) - 515.8W Aiv) S = 2.62x230 = 602.6VA 1 Σπνίε Avi) == 172.79 87.7 RF 42.92 QF 1.97 et 0 Avii) = -=2.62A Tan-1 = 1.97 = = 21.79Hz 172.79-127.32 75 fr Q = 2.62x230x sin(31.22) = 312.3VAR 127.32) = 31.22 degrees = 1 2XTX (0.55) (25 x 10-6) W hn 42,92Hz P PDF

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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Can you please help with b and c I have added all previous answers thank you
ble I Ai) z == √75² + (172.79 127.32)² = 87.700 Aii) I= 230 87.70372107 Av) f = Avi)== Aiii) P = 2.62x230 cos (31.22) = 515.8W Aiv) S = 2.62x230 = 602.6VA Avii) RF QF 2n√lc 172.791 87.7 =2.62A 42.92 1.97 Tan-1 = 1.97 /172.79-127.32 75 = 21.79Hz = 31.22 degrees Q = 2.62x230x sin(31.22) = 312.3VAR fr = 2xTx (0.55) (25 x 10-6) hp = 42,92Hz PDF
Transcribed Image Text:ble I Ai) z == √75² + (172.79 127.32)² = 87.700 Aii) I= 230 87.70372107 Av) f = Avi)== Aiii) P = 2.62x230 cos (31.22) = 515.8W Aiv) S = 2.62x230 = 602.6VA Avii) RF QF 2n√lc 172.791 87.7 =2.62A 42.92 1.97 Tan-1 = 1.97 /172.79-127.32 75 = 21.79Hz = 31.22 degrees Q = 2.62x230x sin(31.22) = 312.3VAR fr = 2xTx (0.55) (25 x 10-6) hp = 42,92Hz PDF
tigate 10 A circuit comprising a coil, with a resistance of 750 and inductance of 550mH, connected in series with a 25µF capacitor is supplied by a source of 230V at 50Hz. a. Create a circuit diagram and calculate the following values: i. Circuit impedance ii. Supply current and its phase angle iii. Power consumed 100 iv. Apparent and reactive power v. Resonant frequency vi. Q-factor vii. Bandwidth ers I b. Sketch the phasor diagram of the circuit, and use complex numbers to verify your answers to a. and b. c. How do each of the parameters in v., vi., and vii., change if the capacitor is connected in parallel with the coil across the same supply? f5 f6 f7 hp f8 P fg PDF ← f10 f Foc
Transcribed Image Text:tigate 10 A circuit comprising a coil, with a resistance of 750 and inductance of 550mH, connected in series with a 25µF capacitor is supplied by a source of 230V at 50Hz. a. Create a circuit diagram and calculate the following values: i. Circuit impedance ii. Supply current and its phase angle iii. Power consumed 100 iv. Apparent and reactive power v. Resonant frequency vi. Q-factor vii. Bandwidth ers I b. Sketch the phasor diagram of the circuit, and use complex numbers to verify your answers to a. and b. c. How do each of the parameters in v., vi., and vii., change if the capacitor is connected in parallel with the coil across the same supply? f5 f6 f7 hp f8 P fg PDF ← f10 f Foc
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