Refer to the circuit as shown in Figure Ql and assume that the circuit has reached a steady-state before the switch was thrown (a) Draw the equivalent circuit at t=0r. (b) Using nodal theorem, determine i, (0) and i,(0) (c) Given i(t) = i(0)+[i(0*)-i(∞)]e , (i) Find i (t) for f>0. (ii) Find i (t) for t>0. (d) Plot the response, i,(1) versus time including the time interval just before opening the switch. 12V 50 1H 10V (+ i,(t) $100 t = 0 Figure Ql
Refer to the circuit as shown in Figure Ql and assume that the circuit has reached a steady-state before the switch was thrown (a) Draw the equivalent circuit at t=0r. (b) Using nodal theorem, determine i, (0) and i,(0) (c) Given i(t) = i(0)+[i(0*)-i(∞)]e , (i) Find i (t) for f>0. (ii) Find i (t) for t>0. (d) Plot the response, i,(1) versus time including the time interval just before opening the switch. 12V 50 1H 10V (+ i,(t) $100 t = 0 Figure Ql
Introductory Circuit Analysis (13th Edition)
13th Edition
ISBN:9780133923605
Author:Robert L. Boylestad
Publisher:Robert L. Boylestad
Chapter1: Introduction
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Please refer to the image below tq
![QI.
Refer to the circuit as shown in Figure Ql and assume that the circuit has reached a
steady-state before the switch was thrown
(a)
Draw the equivalent circuit at t=0".
(b)
Using nodal theorem, determine i, (0) and i,(0)
(c)
Given i(t) = i() +[i(0*)– i(∞)]e*,
(i) Find i (t) for t>0.
(ii) Find i(t) for t>0.
(d)
Plot the response, i,(t) versus time including the time interval just before
opening the switch.
12V
50
1H
10V (+
10Ω
t = 0
i,(1)
Figure Q1](/v2/_next/image?url=https%3A%2F%2Fcontent.bartleby.com%2Fqna-images%2Fquestion%2F64bb96bb-3ca4-4d79-84a2-e431200ed881%2F2abf9073-4d5f-44fb-8a99-1dc798f517c2%2F5p9toi_processed.jpeg&w=3840&q=75)
Transcribed Image Text:QI.
Refer to the circuit as shown in Figure Ql and assume that the circuit has reached a
steady-state before the switch was thrown
(a)
Draw the equivalent circuit at t=0".
(b)
Using nodal theorem, determine i, (0) and i,(0)
(c)
Given i(t) = i() +[i(0*)– i(∞)]e*,
(i) Find i (t) for t>0.
(ii) Find i(t) for t>0.
(d)
Plot the response, i,(t) versus time including the time interval just before
opening the switch.
12V
50
1H
10V (+
10Ω
t = 0
i,(1)
Figure Q1
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