. You have four identical 400.0 F capacitors, a 10.0 kn resistor, and a 20.0 V...

 

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. You have four identical 400.0 F capacitors, a 10.0 kn resistor, and a 20.0 V battery. (a) You first connect the capacitors in series with each other and then connect them in series with the resistor and the battery. What is the time constant of this circuit? (b) (c) (d) What is the voltage across each one of these capac- itors when they are fully charged? How long will it take each one of these capacitors to charge to 90% of their maximum charge value? What is this maximum charge value on each one of these capacitors? Answer this question using two different methods. (e) Now you connect the four identical capacitors in parallel with each other and then you connect them in series with the resistor and to the battery. What is the time constant of this circuit? (f) (g) (h) What is the voltage across each one of these capac- itors when they are fully charged? How long will it take each one of these capacitors to charge to 90% of their maximum charge value? What is this maximum charge value on each one of these capacitors? What do your results tell you? . You have four identical 400.0 F capacitors, a 10.0 kn resistor, and a 20.0 V battery. (a) You first connect the capacitors in series with each other and then connect them in series with the resistor and the battery. What is the time constant of this circuit? (b) (c) (d) What is the voltage across each one of these capac- itors when they are fully charged? How long will it take each one of these capacitors to charge to 90% of their maximum charge value? What is this maximum charge value on each one of these capacitors? Answer this question using two different methods. (e) Now you connect the four identical capacitors in parallel with each other and then you connect them in series with the resistor and to the battery. What is the time constant of this circuit? (f) (g) (h) What is the voltage across each one of these capac- itors when they are fully charged? How long will it take each one of these capacitors to charge to 90% of their maximum charge value? What is this maximum charge value on each one of these capacitors? What do your results tell you?

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