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Problem (3) For the circuit below, at t = 0, the voltage source v, connected to the group of the capacitors as shown . Given v,(t)= 100 e-2t V Ves (0) = 10 V Vez (0) = 5V • Find the equations for the voltages ve(t), vez(t) and ves(t) . • Find the equations for the currents i, (t) and i₂(t) Find the power related to the voltage source at t=0 v, (t) Vel || 400 +14 (t) Vez 0.08 F Vc3 1₂ (t) 0.03 F 0.06 F

Problem (3) For the circuit below, at t = 0, the voltage source v, connected to the group of the capacitors as shown . Given v,(t)= 100 e-2t V Ves (0) = 10 V Vez (0) = 5V • Find the equations for the voltages ve(t), vez(t) and ves(t) . • Find the equations for the currents i, (t) and i₂(t) Find the power related to the voltage source at t=0 v, (t) Vel || 400 +14 (t) Vez 0.08 F Vc3 1₂ (t) 0.03 F 0.06 F

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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. Problem (3) For the circuit below, at t = 0, the voltage source vs connected to the group of the capacitors as shown . Given Find the equations for the voltages ve(t), vez(t) and vez(t) . • Find the equations for the currents i, (t) and i₂(t) Find the power related to the voltage source at t = 0 v(t) = 100 e-2t V Ves (0) = 10 V Vc2 (0) = 5V v₂ (t) vs Vel į₁ (t) 0.08 F + Vc2. + Vc3 i₂ (t) 0.03 F 0.06 F
Transcribed Image Text:. Problem (3) For the circuit below, at t = 0, the voltage source vs connected to the group of the capacitors as shown . Given Find the equations for the voltages ve(t), vez(t) and vez(t) . • Find the equations for the currents i, (t) and i₂(t) Find the power related to the voltage source at t = 0 v(t) = 100 e-2t V Ves (0) = 10 V Vc2 (0) = 5V v₂ (t) vs Vel į₁ (t) 0.08 F + Vc2. + Vc3 i₂ (t) 0.03 F 0.06 F
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