6. The total impedance Z (jo) of the circuit shown above is www 302 ww 32 j4 2 -j40 wwilll Fig. 13.55 (a) (6+ j0) £2 (b) (7+j0) £2 (c) (0 + 18) Ω (α) (6 + 18) Ω (ESE 2003) 7. The impedance of a parallel RC network is 58 Z (s) = 2 Then the values S+0.5s+100 of R, L and C are, respectively 1 1 (α) 10 Ω H F (b) 1 F 20 1 (c) 10 Ω 20 5 H, ƑF (d) 252 H₁ 20 15 F (Engineering Services Exam. 2003)

Introductory Circuit Analysis (13th Edition)
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ISBN:9780133923605
Author:Robert L. Boylestad
Publisher:Robert L. Boylestad
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6. The total impedance Z (jo) of the circuit
shown above is
www
302
ww
32
j4 2
-j40
wwilll
Fig. 13.55
(a) (6+ j0) £2
(b) (7+j0) £2
(c) (0 + 18) Ω
(α) (6 + 18) Ω
(ESE 2003)
7. The impedance of a parallel RC network is
58
Z (s) =
2
Then the values
S+0.5s+100
of R, L and C are, respectively
1
1
(α) 10 Ω
H
F (b) 1
F
20
1
(c) 10 Ω
20
5
H, ƑF (d) 252
H₁
20
15
F
(Engineering Services Exam. 2003)
Transcribed Image Text:6. The total impedance Z (jo) of the circuit shown above is www 302 ww 32 j4 2 -j40 wwilll Fig. 13.55 (a) (6+ j0) £2 (b) (7+j0) £2 (c) (0 + 18) Ω (α) (6 + 18) Ω (ESE 2003) 7. The impedance of a parallel RC network is 58 Z (s) = 2 Then the values S+0.5s+100 of R, L and C are, respectively 1 1 (α) 10 Ω H F (b) 1 F 20 1 (c) 10 Ω 20 5 H, ƑF (d) 252 H₁ 20 15 F (Engineering Services Exam. 2003)
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