B. PROCEDURES Create the circuit shown in figure A. 1. 2. Measure the total currentI, and voltage v1. 3. Compute R, using the formula "1/1, and using the delta-wye conversion formula. 4. Compute for the percent difference and record it. C. CIRCUIT DIAGRAM :It R1 10kO R4 4.0kO R3 V1 12V SkO R2 2k0 R5 6k0 CIRCUIT DIAGRAM D. DATA AND RESULTS Rt = Edc/It (Computed) Rt(VOM) Vị dc It Rt(VOM) %difference %difference Rt=Edc/It Table A.

Delmar's Standard Textbook Of Electricity
7th Edition
ISBN:9781337900348
Author:Stephen L. Herman
Publisher:Stephen L. Herman
Chapter7: Parallel Circuits
Section: Chapter Questions
Problem 4PP: Using the rules for parallel circuits and Ohmslaw, solve for the missing values....
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B. PROCEDURES
Create the circuit shown in figure A.
1.
2. Measure the total currentI, and voltage v1.
3. Compute R, using the formula "1/1, and using the delta-wye conversion formula.
4. Compute for the percent difference and record it.
C. CIRCUIT DIAGRAM
:It
R1
10kO
R4
4.0kO
R3
V1
12V
SkO
R2
2k0
R5
6k0
CIRCUIT DIAGRAM
D. DATA AND RESULTS
Rt = Edc/It
(Computed) Rt(VOM)
Vị dc
It
Rt(VOM)
%difference %difference Rt=Edc/It
Table A.
Transcribed Image Text:B. PROCEDURES Create the circuit shown in figure A. 1. 2. Measure the total currentI, and voltage v1. 3. Compute R, using the formula "1/1, and using the delta-wye conversion formula. 4. Compute for the percent difference and record it. C. CIRCUIT DIAGRAM :It R1 10kO R4 4.0kO R3 V1 12V SkO R2 2k0 R5 6k0 CIRCUIT DIAGRAM D. DATA AND RESULTS Rt = Edc/It (Computed) Rt(VOM) Vị dc It Rt(VOM) %difference %difference Rt=Edc/It Table A.
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