a) In procedure 1: assume four different capacitors are connected in series to a

Question

a) In procedure 1: assume four different capacitors are connected in series to a battery. - The potential difference across the capacitors is greatest for the smallest capacitance the same for all capacitors greatest for the greatest capacitance - The charge on the capacitors is the same for all capacitors greatest for the smallest capacitance greatest for the greatest capacitance b) In procedure 2: assume four different capacitors are connected in parallel to a battery. - The potential difference across the capacitors is greatest for the greatest capacitance the same for all capacitors greatest for the smallest capacitance - The charge on the capacitors is greatest for the smallest capacitance greatest for the greatest capacitance the same for all capacitors Look at circuit 2 in Procedure 3. Assume: C1 = 28.7 ?F, C2 = 51.1 ?F, C3 = 59.4 ?F. C4 = 24.9 ?F and V = 32.2 V. NOTE: For this question, you will be allowed three submissions. a) Find CTOT, the total capacitance of this circuit. ?F b) Find V3, the potential difference across capacitor 3. V c) Find Q3, the charge on capacitor 3. ?C

Explanation / Answer

1.greatest for the smallest capacitance,,same for all capacitors 2.the same for all capacitors,greatest for the greatest capacitance

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