non conducting solid sphere of radius 30 cm and relative

Last updated: 6/9/2023

non conducting solid sphere of radius 30 cm and relative permittivity 1 has the volume charge density p e space from the centre of the sphere Then choose the correct statement s 1 2 3 27 7 C m 1 where r in cm is the radial distance of any point in 4 30cm Density of electric field lines is maximum at r 25 cm Density of electric field lines is maximum at r 20 cm Electrical energy stored in the space r 30 cm to r is same as that of a solid non conducting sphere carrying charge of 0 0225 C and radii 30 cm having uniform volume charge density in the same space r 30 cm to r Variation of magnitude of electric field due to the sphere with respect to radial distance r is rectangular hyperbola in the region r 30 tor