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5-5. Repeat problem P5-4 if VR = 15 227.4° V and Vc = 5 Z-62.6° V.

5-5. Repeat problem P5-4 if VR = 15 227.4° V and Vc = 5 Z-62.6° V.

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
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Solve the 5-5. Repeat problem if VR​=15∠27.4∘V and VC​=5∠−62.6∘V

5-5. Repeat problem P5-4 if VR = 15 227.4° V and Vc = 5 2-62.6° V.
Transcribed Image Text:5-5. Repeat problem P5-4 if VR = 15 227.4° V and Vc = 5 2-62.6° V.
5-4. In the RC circuit shown in Fig. P5.4, volt- age Vc lags voltage VR by 90° (i.e., if the angle of VR is 0°, the angle of Vc is -90°). Assume VR 1 20° V and Vc = 1 <-90° - V. (a) Write VR and Vc in rectangular form. (b) Determine V = VŔ + Vc in both its rectangular and polar forms. (c) Write the real and imaginary parts of V. Figure P5.4 R www + VR + Vc RC circuit for problem P5-4.
Transcribed Image Text:5-4. In the RC circuit shown in Fig. P5.4, volt- age Vc lags voltage VR by 90° (i.e., if the angle of VR is 0°, the angle of Vc is -90°). Assume VR 1 20° V and Vc = 1 <-90° - V. (a) Write VR and Vc in rectangular form. (b) Determine V = VŔ + Vc in both its rectangular and polar forms. (c) Write the real and imaginary parts of V. Figure P5.4 R www + VR + Vc RC circuit for problem P5-4.
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