Q.3 The switch in the circuit of Figure Q.3 has been at position 'a' for a long time. At t-0 s, the switch moves to position 'b'. Based on the circuit in Figure Q.3: (a) dv, (0) di, (0) and dt (b) Find the value of a and oo and determine the type of response. TM 8 UTM dt UTM (c) Write down the expression for v(1) and let the constant unsolved (i.c. DO NOT UTM UTM UTM s UTM Aj and A2). UTM UTM A UTM UTM UTM 5 UTM 5UTM UTM 5 UTM UTM UTM UTM 8 mF 4 2 UTM UTM 24 V UTM 62 UTM 0.2 H UTM UTM Note: UTM ,M UTM Figure Q.3 JITM UTM TM AUTM UTM

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M
The switch in the circuit of Figure Q.3 has been at position 'a' for a long time. At
Q.3
t = 0 s, the switch moves to position b'. Based on the circuit in Figure Q.3:
(a)
Find iz(0), v.(0-), in(0"), v.(0*), " and
UTM U
dv (0)
di, (0)
dt
dt
UTM & UTM
UTM UTM UTM
of response.
UTM A UTM
(c) Write down the expression for v(t) and let the constant unsolved (i.e. DO NOT
Aj and A2).
UTM
6 UTM
UTM
UTM UTM
5 UTM
5 UTM UTM 5 UTM
UTM & UTM UTM
8 mF
42
UTM UTM
24 v )
62
5 UTM PUTM
0.2 H
V1) +
UTM UTM
5 UTM ,M UTM
Note:
Figure Q.3
x(1) =(4,
UTM UTM
+ x(x) ;
+ 4,e + x(x) ;
x(1) =e " (4, coso 1+4, sin o 1) + x()
5 UTM UTM 5 UTM
UTM UTM
UTM 5 UTM
5 UTM UTM 5 UTM
ITM 5 UTM
UTM UTM
Transcribed Image Text:M The switch in the circuit of Figure Q.3 has been at position 'a' for a long time. At Q.3 t = 0 s, the switch moves to position b'. Based on the circuit in Figure Q.3: (a) Find iz(0), v.(0-), in(0"), v.(0*), " and UTM U dv (0) di, (0) dt dt UTM & UTM UTM UTM UTM of response. UTM A UTM (c) Write down the expression for v(t) and let the constant unsolved (i.e. DO NOT Aj and A2). UTM 6 UTM UTM UTM UTM 5 UTM 5 UTM UTM 5 UTM UTM & UTM UTM 8 mF 42 UTM UTM 24 v ) 62 5 UTM PUTM 0.2 H V1) + UTM UTM 5 UTM ,M UTM Note: Figure Q.3 x(1) =(4, UTM UTM + x(x) ; + 4,e + x(x) ; x(1) =e " (4, coso 1+4, sin o 1) + x() 5 UTM UTM 5 UTM UTM UTM UTM 5 UTM 5 UTM UTM 5 UTM ITM 5 UTM UTM UTM
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