362. The voltage of a capacitor 12F with a rating of 2J energy is
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a Explanation: We can compute the energy stored in a capacitor from Stoke’s theorem as 0.5Cv2 . Thus given energy is 0.5 X 12 X v2 . We get v = 0.57 volts.
a
See lessExplanation: We can compute the energy stored in a capacitor from Stoke’s theorem as
0.5Cv2
. Thus given energy is 0.5 X 12 X v2
. We get v = 0.57 volts.
A Explanation: We can compute the energy stored in a capacitor from Stoke’s theorem as 0.5Cv2. Thus given energy is 0.5 X 12 X v2. We get v = 0.57 volts.
A
See lessExplanation: We can compute the energy stored in a capacitor from Stoke’s theorem as 0.5Cv2. Thus given energy is 0.5 X 12 X v2. We get v = 0.57 volts.
Answer: a Explanation: We can compute the energy stored in a capacitor from Stoke’s theorem as 0.5Cv2 . Thus given energy is 0.5 X 12 X v2 . We get v = 0.57 volts.
Answer: a
See lessExplanation: We can compute the energy stored in a capacitor from Stoke’s theorem as
0.5Cv2
. Thus given energy is 0.5 X 12 X v2
. We get v = 0.57 volts.