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0 volts + v(t) 2 Farad 0.01 ohms 4 henry i(t) t = 0 8 amps i₁ (t) 10 ohms Figure 2: A circuit with a switch that opens when t = 0. All sources are ideal. Consider the circuit shown in Figure 2. For t < 0 the circuit has been in the state shown for a very long time, and has achieved equilibrium conditions. Please find; A) Values of v(t), i₁(t) and I(t) for t<0, explain answer using appropriate models for capaci and inductor B) Values of v(t), i₁(t) and I(t) for t=0. C) Values of v(t) and 1(t) for t≥0 and plot i(t) for all time

0 volts + v(t) 2 Farad 0.01 ohms 4 henry i(t) t = 0 8 amps i₁ (t) 10 ohms Figure 2: A circuit with a switch that opens when t = 0. All sources are ideal. Consider the circuit shown in Figure 2. For t < 0 the circuit has been in the state shown for a very long time, and has achieved equilibrium conditions. Please find; A) Values of v(t), i₁(t) and I(t) for t<0, explain answer using appropriate models for capaci and inductor B) Values of v(t), i₁(t) and I(t) for t=0. C) Values of v(t) and 1(t) for t≥0 and plot i(t) for all time

Introductory Circuit Analysis (13th Edition)
Introductory Circuit Analysis (13th Edition)
13th Edition
ISBN:9780133923605
Author:Robert L. Boylestad
Publisher:Robert L. Boylestad
Chapter1: Introduction
Section: Chapter Questions
Problem 1P: Visit your local library (at school or home) and describe the extent to which it provides literature...
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0 volts + v(t) + HF 2 Farad 0.01 ohms 4 henry i(t) t = 0 8 amps i(t) 10 ohms Figure 2: A circuit with a switch that opens when t = 0. All sources are ideal. Consider the circuit shown in Figure 2. For t < 0 the circuit has been in the state shown for a very long time, and has achieved equilibrium conditions. Please find; A) Values of v(t), i₁(t) and I(t) for t<0, explain answer using appropriate models for capacitor and inductor B) Values of v(t), i₁(t) and I(t) for t=0. C) Values of v(t) and 1(t) for t≥0 and plot i(t) for all time
Transcribed Image Text:0 volts + v(t) + HF 2 Farad 0.01 ohms 4 henry i(t) t = 0 8 amps i(t) 10 ohms Figure 2: A circuit with a switch that opens when t = 0. All sources are ideal. Consider the circuit shown in Figure 2. For t < 0 the circuit has been in the state shown for a very long time, and has achieved equilibrium conditions. Please find; A) Values of v(t), i₁(t) and I(t) for t<0, explain answer using appropriate models for capacitor and inductor B) Values of v(t), i₁(t) and I(t) for t=0. C) Values of v(t) and 1(t) for t≥0 and plot i(t) for all time
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