Two condensers each of capacity 4 µF are connected in series and third condenser of capacity 4 µF is connected in parallel with the combination. Then the equivalent capacitance of the arrangement is ... (a) 12 µF (b) 8 рF (c) 6 µF (d) 2.65 µF
Two condensers each of capacity 4 µF are connected in series and third condenser of capacity 4 µF is connected in parallel with the combination. Then the equivalent capacitance of the arrangement is ... (a) 12 µF (b) 8 рF (c) 6 µF (d) 2.65 µF
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![Two condensers each of capacity 4 µF
are connected in series and third condenser of
capacity 4 µF is connected in parallel with the
combination. Then the equivalent capacitance
of the arrangement is ...
(a)
12 µF
(b) 8 р.F
(c)
6 µF
(d) 2.65 µF](/v2/_next/image?url=https%3A%2F%2Fcontent.bartleby.com%2Fqna-images%2Fquestion%2F316d120e-8962-4d12-98aa-9c1c1e855841%2Fdf6bc36a-f583-4241-bfd3-b03c85bf2981%2F2jaau0r_processed.jpeg&w=3840&q=75)
Transcribed Image Text:Two condensers each of capacity 4 µF
are connected in series and third condenser of
capacity 4 µF is connected in parallel with the
combination. Then the equivalent capacitance
of the arrangement is ...
(a)
12 µF
(b) 8 р.F
(c)
6 µF
(d) 2.65 µF
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