1. Consider the circuit drawn to the right. A) Label the charge Q4, Q2 and Q1.5...

 

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1. Consider the circuit drawn to the right. A) Label the charge Q4, Q2 and Q1.5 on the 3 capacitors. How are they related to each other just considering charge conservation? B) What is the equivalent capacitance for the circuit? Note that the voltage across two resistors in parallel are the same. Therefore voltage drop across two resistors in series is not the same but must add to each other. C) How much charge flows through the battery to fully charge the capacitors in the circuit? D) What is the voltage drop across the 1.5 microf capacitor? E) What is the charge on the 1.5 microF capacitor? 12 V 4.0 F 2.0 F 1.5 F 1. Consider the circuit drawn to the right. A) Label the charge Q4, Q2 and Q1.5 on the 3 capacitors. How are they related to each other just considering charge conservation? B) What is the equivalent capacitance for the circuit? Note that the voltage across two resistors in parallel are the same. Therefore voltage drop across two resistors in series is not the same but must add to each other. C) How much charge flows through the battery to fully charge the capacitors in the circuit? D) What is the voltage drop across the 1.5 microf capacitor? E) What is the charge on the 1.5 microF capacitor? 12 V 4.0 F 2.0 F 1.5 F

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A Labeling the charges on the capacitors Q4 Charge on the 40 F capacitor Q2 Charge on the 20 F capacitor Q15 Charge on the 15 F capacitor Considering ... View the full answer