The value of and @o in the following RLC circuit in Figure 2 is given by ic i, iR 10µFVo 0.4 H lo 1000 - Figure 2 O a. a= 5000 rad/s and @o =2000 rad/s O b. a =5000 rad/s and @o= 800 rad/s c. a =500 rad/s and o= 500 rad/s d. a= 1000 rad/s and @o = 800 rad/s
The value of and @o in the following RLC circuit in Figure 2 is given by ic i, iR 10µFVo 0.4 H lo 1000 - Figure 2 O a. a= 5000 rad/s and @o =2000 rad/s O b. a =5000 rad/s and @o= 800 rad/s c. a =500 rad/s and o= 500 rad/s d. a= 1000 rad/s and @o = 800 rad/s
Introductory Circuit Analysis (13th Edition)
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Author:Robert L. Boylestad
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Chapter1: Introduction
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KVL and KCL
KVL stands for Kirchhoff voltage law. KVL states that the total voltage drops around the loop in any closed electric circuit is equal to the sum of total voltage drop in the same closed loop.
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Transcribed Image Text:Question 9
The value of
and do in the following RLC circuit in Figure 2 is given by
ic
iR
10µFVo
0.4 H lo 100N
Figure 2
O a.
5000 rad/s and @o -2000 rad/s
Ob.
a =5000 rad/s and @o= 800 rad/s
C.
a=500 rad/s and o= 500 rad/s
a = 1000 rad/s and o = 800 rad/s
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