4. in Figure 1 below, assume the capacitors are fully charged. Solve for: V = 10V a. Ca b. The charge stored by C₁, C, a

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4 In Figure 1 Below Assume The Capacitors Are Fully Charged Solve For V 10v A Ca B The Charge Stored By C C A 1 (47.64 KiB) Viewed 41 times

4 In Figure 1 Below Assume The Capacitors Are Fully Charged Solve For V 10v A Ca B The Charge Stored By C C A 2 (47.35 KiB) Viewed 41 times

4 In Figure 1 Below Assume The Capacitors Are Fully Charged Solve For V 10v A Ca B The Charge Stored By C C A 3 (19.03 KiB) Viewed 41 times

4. in Figure 1 below, assume the capacitors are fully charged. Solve for: V = 10V a. Ca b. The charge stored by C₁, C, and C, c. The voltage across C₁, C, and C, d. The total charge stored by all capacitors Figure 1 C= 10μF C=20μF C=30pF
5. Assume that the Capacitor in the Figure below is discharging from 100V with S1 in position 2. At the instant the capacitor voltage reaches 40 V, S1 is moved back to Position 1. What is a. The net charging voltage at the first instant S1 is put back in Position 1? b. The value of the capacitor voltage exactly one time constant after S1 is moved to Position 1? c. The value or the capacitor voltage after S1 is switched back to Position 2 for exactly one time constant? V 50V- S1 R1 = 1.5k0 www C1=0.Suf
6. In the Figure below, calculate the minimum coupling capacitance, Co, in series with the 20000 resistance, R, if the frequency of the applied voltage is 50MHz. 57- = 20000 VINAC