Check the order of magnitude in your final step to that.Mohomad said:
A spherical charge distribution is a type of electric charge arrangement where the charges are uniformly distributed on the surface of a sphere. This can be seen in objects such as conductive spheres or atoms.
A spherical charge distribution generates an E-field by creating a potential difference between the charges on the surface of the sphere. This potential difference creates an electric field that radiates outward from the sphere.
The strength of the E-field generated by a spherical charge distribution is affected by the magnitude of the charges on the surface of the sphere, the distance from the center of the sphere, and the dielectric constant of the surrounding medium.
Yes, a spherical charge distribution can generate a uniform E-field if the charges are evenly distributed on the surface of the sphere and the distance from the center of the sphere is large compared to the size of the sphere.
A spherical charge distribution is used in practical applications such as generating electric fields for particle accelerators, creating electric fields for electrostatic painting, and studying the behavior of atoms and molecules in physics experiments.