Design and Build an RC Circuit. You find yourself in Physics lab with only three identical resistors and three identical capacitors. The resistance of each resistor is R = 10.0 kN and the capacitance of each capacitor is C=9900.0 µF. The instructor designed an experiment for which you need to make an RC series circuit to charge the capacitors. The circuit must have total resistance R/3 and total capacitance of C/3.
Design and Build an RC Circuit. You find yourself in Physics lab with only three identical resistors and three identical capacitors. The resistance of each resistor is R = 10.0 kN and the capacitance of each capacitor is C=9900.0 µF. The instructor designed an experiment for which you need to make an RC series circuit to charge the capacitors. The circuit must have total resistance R/3 and total capacitance of C/3.
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a) Draw a circuit diagram for a circuit that uses the given resistors and capacitors and satisfies the instructor’s criteria for the circuit.
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b) How long does it take the capacitors in this circuit to charge to 50.0% of their maximum capacity?
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
Transcribed Image Text:**Design and Build an RC Circuit.** You find yourself in Physics lab with only three identical resistors and three identical capacitors. The resistance of each resistor is \( R = 10.0 \, \text{k}\Omega \) and the capacitance of each capacitor is \( C = 9900.0 \, \mu\text{F} \). The instructor designed an experiment for which you need to make an RC series circuit to charge the capacitors. The circuit must have total resistance \( R/3 \) and total capacitance of \( C/3 \).
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