A 2-$\mu$F and a 1-$\mu$F capacitor are connected in series and charged from a battery.They store charges P and Q, respectively.When disconnected and charged separately using the same battery, they have charges R and S, respectively.Then:
A)R S Q = P
B)P Q R = S
C)R P = Q S
D)R = P S = Q
E)R P S = Q

Question

A 2-$\mu$F and a 1-$\mu$F capacitor are connected in series and charged from a battery.They store charges P and Q, respectively.When disconnected and charged separately using the same battery, they have charges R and S, respectively.Then:
A)R > S > Q = P
B)P > Q > R = S
C)R > P = Q > S
D)R = P > S = Q
E)R > P > S = Q

Quizplus · Accepted Answer

The Answer of A 2-$\mu$F and a 1-$\mu$F capacitor are connected in series and charged from a battery.They store charges P and Q, respectively.When disconnected and charged separately using the same battery, they have charges R and S, respectively.Then:
A)R > S > Q = P
B)P > Q > R = S
C)R > P = Q > S
D)R = P > S = Q
E)R > P > S = Q

A 2- μ\muμ F and a 1- μ\muμ F Capacitor Are Connected in Series and Charged from a Are

A 2- $\mu$ F and a 1- $\mu$ F Capacitor Are Connected in Series and Charged from a Are