A potential difference of 200 V is applied to a series connectionof two capacitors, of capacitances C1 = 3.00 µF and capacitance C2= 8.00 µF.
(a) What is the charge q1 on capacitor 1?
C
(b) What is the potential difference V1 across capacitor 1?
V
(c) What is the charge q2 on capacitor 2?
C
(d) What is the potential difference V2 on capacitor 2?
V
The charged capacitors are then disconnected from each other andfrom the battery. Then the capacitors are reconnected with platesof the same signs wired together (the battery is not used).
(e) What now is q1?
C
(f) What is V1?
V
(g) What is q2?
C
(h) What is V2?
V
Suppose, instead, the capacitors charged in part (a) arereconnected with plates of opposite signs wired together.
(i) What now is q1?
C
(j) What is V1?
V
(k) What is q2?
C
(l) What is V2?
V
A potential difference of 200 V is applied to a series connectionof two capacitors, of capacitances C1 = 3.00 µF and capacitance C2= 8.00 µF.
(a) What is the charge q1 on capacitor 1?
C
(b) What is the potential difference V1 across capacitor 1?
V
(c) What is the charge q2 on capacitor 2?
C
(d) What is the potential difference V2 on capacitor 2?
V
The charged capacitors are then disconnected from each other andfrom the battery. Then the capacitors are reconnected with platesof the same signs wired together (the battery is not used).
(e) What now is q1?
C
(f) What is V1?
V
(g) What is q2?
C
(h) What is V2?
V
Suppose, instead, the capacitors charged in part (a) arereconnected with plates of opposite signs wired together.
(i) What now is q1?
C
(j) What is V1?
V
(k) What is q2?
C
(l) What is V2?
V
