1. a) b) c) Given the circuit shown below. The variable L takes its value as a function of t. R=3N www Sor i E = 2 volts L = (100-t) H Find the general equation of the current i as a function of time (t). The particular equation of the current i in terms of t when t = 0 and i = 0. When t = 100 seconds, compute the value of i using the particular equation of the current i.
1. a) b) c) Given the circuit shown below. The variable L takes its value as a function of t. R=3N www Sor i E = 2 volts L = (100-t) H Find the general equation of the current i as a function of time (t). The particular equation of the current i in terms of t when t = 0 and i = 0. When t = 100 seconds, compute the value of i using the particular equation of the current i.
Introductory Circuit Analysis (13th Edition)
13th Edition
ISBN:9780133923605
Author:Robert L. Boylestad
Publisher:Robert L. Boylestad
Chapter1: Introduction
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Given the circuit shown below. The variable ? takes its value as a function of ? .
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Transcribed Image Text:1.
a)
b)
c)
d)
e)
Given the circuit shown below. The variable L takes its value as a function of t.
R=3N
Sor
i
E = 2 volts
L = (100-t) H
Find the general equation of the current i as a function of time (t).
The particular equation of the current i in terms of t when t = 0 and i = 0.
When t = 100 seconds, compute the value of i using the particular equation of the
current i.
When t = 0 second, what is the value of the time constant (TC)?
=
If L = 100 henrys and t
current i?
time constant (TC), what is the value of the instantaneous
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