Q1. Determine the current I in Figure (1 )by using the superposition theorem. 5Ω 5 VZ0° 2 AZ0° Fig.1

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Q1. Determine the current I in Figure (1 )by using the superposition
theorem.
4Ω
5 Ω
5 VZ0°
(1) 2 AZ0°
Fig.1
Q2. Find the indicated quantities for the circuit of Figure (2).
a. Resonant frequency expressed as o (rad/s) and f(Hz).
b. Total impedance at resonance.
c. Current at resonance.
d. VL and VC.
R
8Ω
Rcoil
10 VZ0°
C
LS10 mH
1 µF
Qcoil
= 50
Fig.2
Transcribed Image Text:Q1. Determine the current I in Figure (1 )by using the superposition theorem. 4Ω 5 Ω 5 VZ0° (1) 2 AZ0° Fig.1 Q2. Find the indicated quantities for the circuit of Figure (2). a. Resonant frequency expressed as o (rad/s) and f(Hz). b. Total impedance at resonance. c. Current at resonance. d. VL and VC. R 8Ω Rcoil 10 VZ0° C LS10 mH 1 µF Qcoil = 50 Fig.2
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