A unit step current of 1 A is applied to a network whose driving point impedance is : V(s) (s+4) Z(s) : 3 I(s) (s+2)° The steady state and initial values of the voltage developed across the current source would be respectively Select one: a. -0.375 V, 0 V O b. 0.375 V, 1 V O c. 0.75 V, 0 V O d. OV, -0.375 V e. 1.5 V, 1 V O f. 1 V, 0 V g. 2 V, 1 V "indows buU Rcbi 0.375 V, 1 V O i. 0.5 V, O V

Introductory Circuit Analysis (13th Edition)
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ISBN:9780133923605
Author:Robert L. Boylestad
Publisher:Robert L. Boylestad
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A unit step current of 1 A is applied to a network whose driving point impedance is :
V(s)
(s+4)
Z(s)
(s+2)
3
I(s)
The steady state and initial values of the voltage developed across the current source would be respectively
Select one:
a. -0.375 V, 0 V
b. 0.375 V, 1 V
O c. 0.75 V, 0 V
O d. OV, -0.375 V
е. 1.5 V, 1 V
Of.
1 V, 0 V
O g. 2 V, 1 V
"indows buii
-0.375 V, 1 V
O i. 0.5 V, 0 V
Transcribed Image Text:A unit step current of 1 A is applied to a network whose driving point impedance is : V(s) (s+4) Z(s) (s+2) 3 I(s) The steady state and initial values of the voltage developed across the current source would be respectively Select one: a. -0.375 V, 0 V b. 0.375 V, 1 V O c. 0.75 V, 0 V O d. OV, -0.375 V е. 1.5 V, 1 V Of. 1 V, 0 V O g. 2 V, 1 V "indows buii -0.375 V, 1 V O i. 0.5 V, 0 V
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