A group of $1.0 - \mu \mathrm { F } , 2.0 - \mu \mathrm { F }$, and $3.0 - \mu \mathrm { F }$ capacitors is connected in parallel across a $24 - \mathrm { V }$ potential difference (a battery). How much energy is stored in this three-capacitor combination when the capacitors are fully charged?
A) $2.1 \mathrm {~mJ}$
B) $1.7 \mathrm {~mJ}$
C) $4.8 \mathrm {~mJ}$
D) $7.1 \mathrm {~mJ}$

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The Answer of A group of $1.0 - \mu \mathrm { F } , 2.0 - \mu \mathrm { F }$, and $3.0 - \mu \mathrm { F }$ capacitors is connected in parallel across a $24 - \mathrm { V }$ potential difference (a battery). How much energy is stored in this three-capacitor combination when the capacitors are fully charged?
A) $2.1 \mathrm {~mJ}$
B) $1.7 \mathrm {~mJ}$
C) $4.8 \mathrm {~mJ}$
D) $7.1 \mathrm {~mJ}$

A Group Of 1.0−μF,2.0−μF1.0 - \mu \mathrm { F } , 2.0 - \mu \mathrm { F }1.0−μF,2.0−μF

A Group Of $1.0 - \mu \mathrm { F } , 2.0 - \mu \mathrm { F }$