The current i in electric circuit containing resistance R, R = 4 ohm %3D and inductance L in series with a constant voltage source ɛ. L =1 henry, &=20 volt 31 - potential difference on resistance is iR di potential difference on inductance is L dt when t=0, i=0. i(t) = 5(1– e“)→k =? A) -4 В) 4 C) 20 O D) -80 E) -20

Advanced Engineering Mathematics
10th Edition
ISBN:9780470458365
Author:Erwin Kreyszig
Publisher:Erwin Kreyszig
Chapter2: Second-order Linear Odes
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The current i in electric circuit containing resistance R,
R = 4 ohm
and inductance L in series with a constant voltage source ɛ.
L =1 henry, ɛ=20 volt
potential difference on resistance is iR
di
31 -
potential difference on inductance is L
dt
when t=0, i=0.
i(t) = 5(1- e*)→k = ?
O A) -4
B) 4
C) 20
D) -80
O E) -20
Transcribed Image Text:The current i in electric circuit containing resistance R, R = 4 ohm and inductance L in series with a constant voltage source ɛ. L =1 henry, ɛ=20 volt potential difference on resistance is iR di 31 - potential difference on inductance is L dt when t=0, i=0. i(t) = 5(1- e*)→k = ? O A) -4 B) 4 C) 20 D) -80 O E) -20
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