A 120V, 60Hz voltage source is connected across a series RLC ac circuit with R = 29 Q, XL = wL = 75 0, and XC = 1/(wC) = 35 Q. a.) Find the magnitude of the total circuit impedance. b.) Find the phase angle of the total circuit impedance. c.) Calculate the current I assuming its angle to be 0 degrees. d.) What is the phase angle of the Inductor? e.) What is the phase angle of the capacitor?
A 120V, 60Hz voltage source is connected across a series RLC ac circuit with R = 29 Q, XL = wL = 75 0, and XC = 1/(wC) = 35 Q. a.) Find the magnitude of the total circuit impedance. b.) Find the phase angle of the total circuit impedance. c.) Calculate the current I assuming its angle to be 0 degrees. d.) What is the phase angle of the Inductor? e.) What is the phase angle of the capacitor?
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Transcribed Image Text:A 120V, 60Hz voltage source is connected
across a series RLC ac circuit with R = 29 Q,
XL = wL = 75 0, and XC = 1/(wC) = 35 Q.
a.) Find the magnitude of the total circuit
impedance.
b.) Find the phase angle of the total circuit
impedance.
c.) Calculate the current I assuming its
angle to be 0 degrees.
d.) What is the phase angle of the Inductor?
e.) What is the phase angle of the
capacitor?
Transcribed Image Text:+
120 V
R
w
+ VR
+
Vc
-jxc
+ = 1
V₁
jXL
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