A charged capacitor has an initial electric field E₀ and potential difference V₀ across its plates. Without connecting any source of emf, you insert a dielectric κ 1) slab between the plates to produce an electric field E_d and a potential difference V_d across the capacitor. The pair of statements that best represents the relationships between the electric fields and potential differences is

Question

A charged capacitor has an initial electric field E₀ and potential difference V₀ across its plates. Without connecting any source of emf, you insert a dielectric κ > 1) slab between the plates to produce an electric field E_d and a potential difference V_d across the capacitor. The pair of statements that best represents the relationships between the electric fields and potential differences is

Quizplus · Accepted Answer

The Answer of A charged capacitor has an initial electric field E₀ and potential difference V₀ across its plates. Without connecting any source of emf, you insert a dielectric κ > 1) slab between the plates to produce an electric field E_d and a potential difference V_d across the capacitor. The pair of statements that best represents the relationships between the electric fields and potential differences is

A Charged Capacitor Has an Initial Electric Field E0 and Potential

A Charged Capacitor Has an Initial Electric Field E₀ and Potential