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. 5-4. In the RC circuit shown in Fig. P5.4, volt-age Vc lags voltage VR by 90° (i.e., if theangle 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 itsrectangular and polar forms.(c) Write the real and imaginary partsof V.Figure P5.4Rwww+VR+VcRC circuit for problem P5-4.

Given circuit:Write VR and VC in rectangular formDetermine voltage V in both rectangular and polar…

Answered: 5-5. Repeat problem P5-4 if VR = 15…

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

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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Question

Solve the 5-5. Repeat problem if V_R=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.

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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Step 2: Concept of polar to rectangular and vice versa conversions

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Step 3: (a) Converting the voltages from polar form to rectangular form

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Step 4: (b) addition of two voltages to get V

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Step 5: (c) Real and imaginary parts of V

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