50 ww X-)V 0.2F 102 v (t = 0) can be found as Oa. 30 V Ob. 32 V Oc. 34 V Od. 36 V The voltage v(t) for t>0 is A(0.645+e), the values of A and t are: Oa. A= 16.667 V and T= 0.667 s Ob. A= 20.667 V and T= 1.5 s OC. A= 20.667 V and t- 0.667 s Od. A= 16.667 V and t= 1.5 s The current it) for t>0 is B(0.645+e), the value of B is: Oa. -3.7334 A Ob. -4.5334 A Oc. -4.133 A Od. -3.3334 A e here to search DELL ww 近 + ১।
50 ww X-)V 0.2F 102 v (t = 0) can be found as Oa. 30 V Ob. 32 V Oc. 34 V Od. 36 V The voltage v(t) for t>0 is A(0.645+e), the values of A and t are: Oa. A= 16.667 V and T= 0.667 s Ob. A= 20.667 V and T= 1.5 s OC. A= 20.667 V and t- 0.667 s Od. A= 16.667 V and t= 1.5 s The current it) for t>0 is B(0.645+e), the value of B is: Oa. -3.7334 A Ob. -4.5334 A Oc. -4.133 A Od. -3.3334 A e here to search DELL ww 近 + ১।
Introductory Circuit Analysis (13th Edition)
13th Edition
ISBN:9780133923605
Author:Robert L. Boylestad
Publisher:Robert L. Boylestad
Chapter1: Introduction
Section: Chapter Questions
Problem 1P: Visit your local library (at school or home) and describe the extent to which it provides literature...
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Question
Transcribed Image Text:The switch in the circuit shown in the Figure below is closed at t = 0. Assume that X = 34 and I=4 A. Refer to the figure below and answer the following questions
50
ww
Xu-)V
v= 0.2F
10Ω
v (t = 0) can be found as
Oa. 30 V
Ob. 32 V
©c. 34 V
Od. 36 V
The voltage v(t) for t>0 is A(0.645+e), the values of A and t are:
Oa. A= 16.667 V and T= 0.667 s
Ob. A= 20.667 V and T= 1.5 S
Oc. A= 20.667 V and t= 0.667 s
Od. A= 16.667 V and t= 1.5 s
The current it) for t>0 is B(0.645+e the value of B is:
Оа. -3.7334 А
Ob. -4.5334 A
Oc. -4.133 A
Od. -3.3334 A
Type here to search
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