copacitor has aircular parallel plaks that have a radius3.00 and are seperated by hillum. The space between the platesis filled with polycarbonate (k = 2.8, E-30×10³)Find the permittivity of polycarbonate.Find the maximum permissible voltage across the capacitorto avoid dielectric break down,© When the voltage equals the value found in part (6),find the surface charge density on each plate (6), findthe induce surface charge densityon the surface of thesurface of the dielectric (5), and find the ret surfacechange density (that).

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copacitor has aircular parallel plaks that have a radius 3.00 and are seperated by hillum. The space between the plates is filled with polycarbonate (k = 2.8, E-30×10²) Find the permittivity of polycarbonate. Find the maximum permissible voltope across the capacitor to avaid dielectric break down, © When the voltage equals the value found in part (b), find the surface charge density on each plak (6), find the induce surface charge density on the surface of the surface of the dielectric (5), and find the ret surface change density (that).

copacitor has aircular parallel plaks that have a radius 3.00 and are seperated by hillum. The space between the plates is filled with polycarbonate (k = 2.8, E-30×10²) Find the permittivity of polycarbonate. Find the maximum permissible voltope across the capacitor to avaid dielectric break down, © When the voltage equals the value found in part (b), find the surface charge density on each plak (6), find the induce surface charge density on the surface of the surface of the dielectric (5), and find the ret surface change density (that).