Vs(t)ZnR₁0.505 mHi(t)+v₁(t)R₂ >302C 10 μFL₂315 mH1₂ (1) = 170 V sin(2π · 60Hz-t)Determine:The impedance, Zin, at 60 Hz☐Voltage across the load, v₁ (t)Current delivered to the load, i, (t)Note: convert vs to cosine first,before getting its phasor form.

Given:a circuit, we need to determine:

vy(t) R₁ 0.50 4₁ mm 5 mH i.(t) v₁(t) R₂30 C: 4315 mH Determine: ☐The impedance, Zin, at 60 Hz ☐ Voltage across the load, v₂ (t) Current delivered to the load, i, (t) 10 μF v₂(t) = 170 V sin(2π-60Hz-t) Note: convert vs to cosine first, before getting its phasor form.

vy(t) R₁ 0.50 4₁ mm 5 mH i.(t) v₁(t) R₂30 C: 4315 mH Determine: ☐The impedance, Zin, at 60 Hz ☐ Voltage across the load, v₂ (t) Current delivered to the load, i, (t) 10 μF v₂(t) = 170 V sin(2π-60Hz-t) Note: convert vs to cosine first, before getting its phasor form.

Power System Analysis and Design (MindTap Course List)

6th Edition

ISBN:9781305632134

Author:J. Duncan Glover, Thomas Overbye, Mulukutla S. Sarma

Publisher:J. Duncan Glover, Thomas Overbye, Mulukutla S. Sarma

Chapter2: Fundamentals

Section: Chapter Questions

Problem 2.27P: An industrial load consisting of a bank of induction motors consumes 50 kW at a power factor of 0.8...

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Question

Vs(t)
Zn
R₁
0.50
5 mH
i(t)
+
v₁(t)
R₂ >302
C 10 μF
L₂315 mH
1₂ (1) = 170 V sin(2π · 60Hz-t)
Determine:
The impedance, Zin, at 60 Hz
☐Voltage across the load, v₁ (t)
Current delivered to the load, i, (t)
Note: convert vs to cosine first,
before getting its phasor form.

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