4)Find VAD, and give the color code for all the resistors. (30 points)R2R3R4R=3.3 MQ BR=4.7ΜΩ CR-680 ko DMAR1R=2.2 MQ- 1.5 kVR7R=1.2 MQR8R=220 KQ+₁R5R=1.5 ΜΩER6R=560 KQV S2200 V

Answered: Image /qna-images/answer/d4aa1b7c-67f9-46f6-a0bd-786179ab16d4.jpg

Find VAD, and give the color code for all the resistors. (30 points) R2 R3 R=3.3 MQ B R=4.7ΜΩ C A R1 R=2.2 ΜΩ +V S1 -1.5 kV R7 R=1.2 MQ R8 R=220 KQ +1₁ R4 R=680 kn D R5 R=1.5 MQ E R6 R=560 k V S2 200 V +

Find VAD, and give the color code for all the resistors. (30 points) R2 R3 R=3.3 MQ B R=4.7ΜΩ C A R1 R=2.2 ΜΩ +V S1 -1.5 kV R7 R=1.2 MQ R8 R=220 KQ +1₁ R4 R=680 kn D R5 R=1.5 MQ E R6 R=560 k V S2 200 V +

Delmar's Standard Textbook Of Electricity

7th Edition

ISBN:9781337900348

Author:Stephen L. Herman

Publisher:Stephen L. Herman

Chapter18: Resistive-inductive Parallel Circuits

Section: Chapter Questions

Problem 16PP: An R-L parallel circuit has an applied voltage of 208 volts and a total current of 2 amperes. The...

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Question

4)
Find VAD, and give the color code for all the resistors. (30 points)
R2
R3
R4
R=3.3 MQ B
R=4.7ΜΩ C
R-680 ko D
M
A
R1
R=2.2 MQ
- 1.5 kV
R7
R=1.2 MQ
R8
R=220 KQ
+₁
R5
R=1.5 ΜΩ
E
R6
R=560 KQ
V S2
200 V

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Step 1: Find voltage across A and C terminals and color code for all resistors:

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Step 2: Combine resistors that are in series:

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Step 3: Find total current through the circuit:

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Step 4: Find voltage Voltage across A and C terminals:

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Step 5: Define color coding of resistors:

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Step 6: Find color codes of resistors R1 and R2:

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Step 7: Find color codes of resistors R3,R4,R5,R6,R7 and R8:

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