Question

Part A: Given the circuit, R W 1.0 k? 10 mV Vs L 20 mH 10 kHz Determine the fol 7. Voltages (magni 1. Inductive reacta? a) $V_R$ 2. Impedance, Z b) $V_L$ a) magnitude 8. Voltage phasor c b) angle 9. Power: 3. Impedance phas a) $P_{true}$

          Part A: Given the circuit,
R
W
1.0 k?
10 mV
Vs
L 20 mH
10 kHz
Determine the fol
7. Voltages (magni
1. Inductive reacta?
a) $V_R$
2. Impedance, Z
b) $V_L$
a) magnitude
8. Voltage phasor c
b) angle
9. Power:
3. Impedance phas
a) $P_{true}$

Part A: Given the circuit,
R
W
1.0 k?
10 mV
Vs
L 20 mH
10 kHz
Determine the fol
7. Voltages (magni
1. Inductive reacta?
a) VR
2. Impedance, Z
b) VL
a) magnitude
8. Voltage phasor c
b) angle
9. Power:
3. Impedance phas
a) Ptrue

Added by Chelsea L.

University Physics with Modern Physics

Hugh D. Young 14th Edition

Instant Answer

Solved by Expert Km Neeraj

08/19/2021

Step 1

The formula for inductive reactance is: $X_L = 2\pi fL$ where: f = frequency = 10 kHz = 10000 Hz L = inductance = 20 mH = 0.02 H $X_L = 2\pi (10000)(0.02) = 400\pi \approx 1256.64 \Omega$ Show more…

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Part A: Given the circuit, R 1.0 kΩ 10 mV $V_s$ 10 kHz L 20 mH Determine the fol 1. Inductive reactance 2. Impedance, Z a) magnitude b) angle 3. Impedance phase angle 7. Voltages (magnitude) a) $V_R$ b) $V_L$ 8. Voltage phasor 9. Power: a) $P_{true}$