ww A series RLC circuit with an AC voltage source is shown. The amplitude of the cur- rent, I, in this circuit is given by: R /= √R+L-VyC L where co= 2nf, in which is the driving frequency; R and Care the resistance of the ooo resistor and capacitance of the capacitor, respectively; and is the ampli- tude of V. For the circuit in the figure R = 80 2 C=18×10F, L=260 × 10 H, and = 10V. Determine fa for which /=0.1A. (There are two solutions.) Script 1%Don't change the variable name 2 fd1 The lower value solution. 3 fd2= The higher value solution C Reset MATLAB Documentation

C++ for Engineers and Scientists
4th Edition
ISBN:9781133187844
Author:Bronson, Gary J.
Publisher:Bronson, Gary J.
Chapter7: Arrays
Section7.5: Case Studies
Problem 15E
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please do not change variable name.  will give thumbs down if variable name is changed. also please have it so I can copy and paste

ww
A series RLC circuit with an AC voltage
source is shown. The amplitude of the cur-
rent, I, in this circuit is given by:
R
/=
√R+L-VC
where 0 = 2nf, in which is the driving
frequency; R and Care the resistance of the
L
ooo
resistor and capacitance of the capacitor, respectively; and
tude of V. For the circuit in the figure R = 802
L=260 × 10³ H, and = 10V.
Determine fa for which I=0.1A. (There are two solutions.)
Script
1%Don't change the variable name
2 fd1
The lower value solution
3 fd2 = The higher value solution
is the ampli-
C= 18 × 10F,
C Reset
MATLAB Documentation
Transcribed Image Text:ww A series RLC circuit with an AC voltage source is shown. The amplitude of the cur- rent, I, in this circuit is given by: R /= √R+L-VC where 0 = 2nf, in which is the driving frequency; R and Care the resistance of the L ooo resistor and capacitance of the capacitor, respectively; and tude of V. For the circuit in the figure R = 802 L=260 × 10³ H, and = 10V. Determine fa for which I=0.1A. (There are two solutions.) Script 1%Don't change the variable name 2 fd1 The lower value solution 3 fd2 = The higher value solution is the ampli- C= 18 × 10F, C Reset MATLAB Documentation
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