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(A): In a parallel plate capacitor having area of plate 1 m2 and plate separation 1 m, the capacitance C and resistance R are given by C = ∈0∈'r and R = where ω is frequency, ∈r' and ∈r" are real and imaginary parts of dielectricconstant.

Reason (R): The imaginary part of electric constant is responsible for dielectric losses

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Assertion

(A): In a parallel plate capacitor having area of

(A): In a parallel plate capacitor having area of

Assertion

(A): A capacitor with imperfect dielectric can be

(A): A capacitor with imperfect dielectric can be

Assertion

(A): ∈r can be determined experimentally by meas

(A): ∈r can be determined experimentally by meas

A parallel plate capacitor has area of plate A and plate sep

Assertion

(A): In a perfect capacitor, the current density i

(A): In a perfect capacitor, the current density i

A parallel plate capacitor with air as dielectric has a capa

The real part of complex dielectric constant and tanδ for a

Consider the following rules in Fortran A signed or unsigned

Assertion

(A): Dielectric losses are proportional to tan δ.

(A): Dielectric losses are proportional to tan δ.

A parallel plate capacitor having C = 200 x 10-12 F has loss