3302 4702 iz + v330 ¡ŁOOP 3- + v470 LOOP 1 LOOP 2 5V Vik. 1k? 12.2k2 2.2ks? Figure 3.3: Sum of Voltages Around Different Loops V2 2k0 (V) Loop 2 -Vsource+V330+Vik Va7o+V22x-Vik -Vsource+V330+V470+V22 V3300 Vika Loop 1 Loop 3 Vsource (V) (V) (V) ated 1.5603 3.4397 0.6055 2.8342 red 1.5603 3.4397 | 0.6055 2.8342

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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  1. Using the measured values, determine whether the algebraic sum of the voltages around the circuit satisfies or approximates Kirchhoff’s Voltage Law. Show the algebraic sum on the space provided below.
3302
4702
i1
iz
+ v330
¡ŁOOP 3--
+ V470
iz
+
LOOP 1
LOOP 2
12.2k.
5V
V1k
1k2
2.2kf2
Figure 3.3: Sum of Voltages Around Different Loops
V3300
(V)
V2 2ko
(V)
Loop 1
-Vsource+V330+V1k Va70+V22k-Vik
Loop 3
-Vsource+V330+V470+V22k
Viko
V4700
(V)
Loop 2
Vsource
(V)
Calculated
5
1.5603 3.4397 0.6055
2.8342
Measured
1.5603 3.4397 0.6055
2.8342
+1
Transcribed Image Text:3302 4702 i1 iz + v330 ¡ŁOOP 3-- + V470 iz + LOOP 1 LOOP 2 12.2k. 5V V1k 1k2 2.2kf2 Figure 3.3: Sum of Voltages Around Different Loops V3300 (V) V2 2ko (V) Loop 1 -Vsource+V330+V1k Va70+V22k-Vik Loop 3 -Vsource+V330+V470+V22k Viko V4700 (V) Loop 2 Vsource (V) Calculated 5 1.5603 3.4397 0.6055 2.8342 Measured 1.5603 3.4397 0.6055 2.8342 +1
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