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Engineering · Electrical Engineering
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(3.)(50 points)Consider the electrical circuit illustrated in Figure 3 below. 200 volts Ci 100HF Ca 200, vc (0-) J 100 volts vca (0-) 50 volts (a.)(10 points)Switch Sh closes at t 0. The initial voltage across capacitor C1 is 100 volts. Switch S2 remains open. Find the current flowing in the capacitor C1 for t >0. (b)(10 points)What is the voltage across the capacitor C1 for t 0? Switch S2 (C) 10 points) Find the energy dissipated in the tor R1 while switch S2 remains open. (d.)(10 points)Switch Sh opens after being closed for a long time. Switch S2 closes at the same time that switch Sh opens. If vc (0-) 50 volts, then compute the current flowing in R 2 for t 0. (e.)(10 points)Using the result of part (d.), find the voltage across the capacitor for t 0. vc (0) vc (0)

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