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7. After setting the power supply voltage to 15 V, measure and record the voltages V4 observing the polarities shown on the circuit diagram. Complete Table 5.4. V. R1 = 4702 R2 Power R3 =330S V. R supply 15 Figure 5.12. Measure the voltages to verify voltage law in each loop. Table 5.4 V2 V3 V4 (V) (V) (V) (V) 9.57 4.08 5.41 1.32

7. After setting the power supply voltage to 15 V, measure and record the voltages V4 observing the polarities shown on the circuit diagram. Complete Table 5.4. V. R1 = 4702 R2 Power R3 =330S V. R supply 15 Figure 5.12. Measure the voltages to verify voltage law in each loop. Table 5.4 V2 V3 V4 (V) (V) (V) (V) 9.57 4.08 5.41 1.32

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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Column equai. It is possible to define three closed loops in the circuit shown in Figure 5.12 as follows: 4. Loop 1: E, R1, R3 Loop 2: R3, R2, R4 Loop 3: E, R,R2, R4 Using the da ta you recorded in Table 5.4, determine how well your results demonstrate the Account for any validity of Kirchhoff's voltage law around each of the closed loops. discrepancies between theoretical and experimental results.
Transcribed Image Text:Column equai. It is possible to define three closed loops in the circuit shown in Figure 5.12 as follows: 4. Loop 1: E, R1, R3 Loop 2: R3, R2, R4 Loop 3: E, R,R2, R4 Using the da ta you recorded in Table 5.4, determine how well your results demonstrate the Account for any validity of Kirchhoff's voltage law around each of the closed loops. discrepancies between theoretical and experimental results.
7. After setting the power supply voltage to 15 V, measure and record the voltages V,V, V3 and obser ving the polarities shown on the circuit diagram. Complete Table 5.4. V. V2- R, = 4702 R, = 1 K2 Power R2 = 330 2 R, = 3302 supply 15 Figure 5.12. Measure the voltages to verify Kirchhoff's voltage law in each loop. Table 5.4 V1 V2 V3 (V) (v) (V) (v) 9.57 4.08 5.41 1,32
Transcribed Image Text:7. After setting the power supply voltage to 15 V, measure and record the voltages V,V, V3 and obser ving the polarities shown on the circuit diagram. Complete Table 5.4. V. V2- R, = 4702 R, = 1 K2 Power R2 = 330 2 R, = 3302 supply 15 Figure 5.12. Measure the voltages to verify Kirchhoff's voltage law in each loop. Table 5.4 V1 V2 V3 (V) (v) (V) (v) 9.57 4.08 5.41 1,32
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