For the following circuit in figure 3, the switch is closed at t=0 R1 L1 1mH V1 E10 V Figure 3 a. What is t b. What is the exact value of v, @ 1ms V. @ 1ms= c. What is the exact value of v, @ 3ms VL @ 3ms= d. What is the exact value of v. @ 5ms VL @ 5ms= e. What is the exact value of i @ 1ms İL @ 1ms= f. What is the exact value of i, @ 3ms g. What is the exact value of i @ 5ms In the space below Plot i vs. time In the space below Plot v, vs. time L@ 3ms= İL @ 5ms= h. i.
For the following circuit in figure 3, the switch is closed at t=0 R1 L1 1mH V1 E10 V Figure 3 a. What is t b. What is the exact value of v, @ 1ms V. @ 1ms= c. What is the exact value of v, @ 3ms VL @ 3ms= d. What is the exact value of v. @ 5ms VL @ 5ms= e. What is the exact value of i @ 1ms İL @ 1ms= f. What is the exact value of i, @ 3ms g. What is the exact value of i @ 5ms In the space below Plot i vs. time In the space below Plot v, vs. time L@ 3ms= İL @ 5ms= h. i.
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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Transcribed Image Text:For the following circuit in figure 3, the switch is closed at t=0
R1
L1
1mH
V1
E10 V
Figure 3
a. What is t
b. What is the exact value of v, @ 1ms
V. @ 1ms=
c. What is the exact value of v, @ 3ms
VL @ 3ms=
d. What is the exact value of v. @ 5ms
VL @ 5ms=
e. What is the exact value of i @ 1ms
İL @ 1ms=
f. What is the exact value of i, @ 3ms
g. What is the exact value of i @ 5ms
In the space below Plot i vs. time
In the space below Plot v, vs. time
L@ 3ms=
İL @ 5ms=
h.
i.
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