Answered: 3302 4702 + v330 ¡ŁOOP 3-- + v470 5V…

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

a. Calculate the voltages across each resistor in the circuit shown and record all results in Table below under the Calculated row. Note that V_source is 5 V.

b. Compute for the sum -V_source+V₃₃₀+V_1k around loop 1, V₄₇₀+V_2.2k-V_1karound loop 2, and -V_source+V₃₃₀+V₄₇₀+V_2.2k around loop 3 and record the result under the Calculated row.

Procedure 2)
a. Calculate the voltages across each resistor in the circuit shown and record all results in Table below under the Calculated row.
Note that Vsource is 5 v.
b. Compute for the sum -Vsource-V330+V1k around loop 1, V470-V22x-V1k around loop 2 and -Vsource+V330+V470+V2.2k around loop 3
and record the result under the Calculated row.
3302
4702
iz
+ v470
...
V330
¡ŁOOP 3--
5V (+
LOOP 1
LOOP 2
2.2k2 2.2ks2
1k2
Complete the table below:
Loop 3
Loop 1
Loop 2
V330n
Vsource
V470n (V)
V2. 2ka (V)
Vsource+V3
Vsource+V3
30+Vik
V470+V2.2k
-V1k
(V)
(V)
30+V470+V
2.2k
Calculate
d
Measured
Vsource
Calculate
d
Measure
d

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