In the circuit shown the capacitor of capacitance C is initially uncharged. Now the capacitor is connected in the circuit as shown. The charge passed through an imaginary circular loop parallel to the plates (also circular) and having the area equal to half of the area of the plates, in one time constant is : Cε(1−1/e) Cε/2(1−1/e) Cε/4 Zero

Anabella Gilbert

Anabella Gilbert

Answered question

2023-01-07

In the circuit shown the capacitor of capacitance C is initially uncharged. Now the capacitor is connected in the circuit as shown. The charge passed through an imaginary circular loop parallel to the plates (also circular) and having the area equal to half of the area of the plates, in one time constant is :
Cε(1−1/e)
Cε/2(1−1/e)
Cε/4
Zero

Answer & Explanation

Aliya Boone

Aliya Boone

Beginner2023-01-08Added 5 answers

Zero. Only the wires carry electrical current; the space between the capacitor plates does not.
Answer is zero

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