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Consider the complex capacitor circuit in Figure 4. Let C1 = 25mF , C2= 55mF C3 = 35mF , and VB = 12V . a) What is the max charge that can be stored on C1? b) What is the max charge that can be stored on C3? c) How much energy can be stored in this circuit? C2 C1 C3 VB Figure 4: Complex capacitor circuit

Consider the complex capacitor circuit in Figure 4. Let C1 = 25mF , C2= 55mF C3 = 35mF , and VB = 12V . a) What is the max charge that can be stored on C1? b) What is the max charge that can be stored on C3? c) How much energy can be stored in this circuit? C2 C1 C3 VB Figure 4: Complex capacitor circuit

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3) Consider the complex capacitor circuit in Figure 4. Let C1 = 25mF , C2= 55mF C3 = 35mF , and VB = 12V. a) What is the max charge that can be stored on C1? b) What is the max charge that can be stored on C3? c) How much energy can be stored in this circuit? C2 C1 C3 VB Figure 4: Complex capacitor circuit
Transcribed Image Text:3) Consider the complex capacitor circuit in Figure 4. Let C1 = 25mF , C2= 55mF C3 = 35mF , and VB = 12V. a) What is the max charge that can be stored on C1? b) What is the max charge that can be stored on C3? c) How much energy can be stored in this circuit? C2 C1 C3 VB Figure 4: Complex capacitor circuit
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