A leaky parallel plate capacitor is filled completely with a material having dielectric constant K=5 and electric conductivity σ=7.4×10–12Ω–1m–1. If the charge on the plate at the instant t=0 is q=8.85μC, then the leakage current at the instant t=12 sec is (approximately) ×10–1μA.

A leaky parallel plate capacitor is filled completely with a material

1.	A leaky parallel plate capacitor is filled completely with a material having dielectric constant K=5 and electric conductivity σ=7.4×10–12Ω–1m–1. If the charge on the plate at the instant t=0 is q=8.85μC, then the leakage current at the instant t=12 sec is (approximately) ×10–1μA.
Answer» A leaky parallel plate capacitor is filled completely with a material having dielectric constant $K = 5$ and electric conductivity $σ = 7.4 \times 10^{- 12} Ω^{- 1} m^{- 1}$ . If the charge on the plate at the instant $t = 0$ is $q = 8.85 μ C$ , then the leakage current at the instant $t = 12 sec$ is (approximately) $\times 10^{- 1} μ A$ .

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A leaky parallel plate capacitor is filled completely with a material having dielectric constant K=5 and electric conductivity σ=7.4×10–12Ω–1m–1. If the charge on the plate at the instant t=0 is q=8.85μC, then the leakage current at the instant t=12 sec is (approximately) ×10–1μA.

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