An infinite sheet of charge has a surfaces charge density of `10^-7C/m^2`. The separation between two equipotential surfce whose potentials differ by `5 V` is

An infinite nonconducting sheet of charge has a surface charge density of 10^(7) C//m^(2) . The separation between two equipotential surfaces near the whose potential differ by 5V is

An infinite nonconducting sheet of charge has a surface charge density of 10^(7) C//m^(2) . The separation between two equipotential surfaces near the whose potential differ by 5V is

An infinite sheet of charge has surface charge density sigma . The separation between two equipotential surfaces, whose potential differ by V is:

An infinite sheet of charge has surface charge density sigma . The separation between two equipotential surfaces, whose potential differ by V is:

An infinite nonconducting sheet has a surface charge density of sigma= 0.10 mu C//m^2 on one side. How far apart are equipotential surfaces whose potentials differ by 50 V?

An infinite conducting sheet has surface charge density sigma . The distance between two points is r. The potential difference (V_A - V_B) between these point is

An infinite conducting sheet has surface charge density sigma . The distance between two points is r. The potential difference (V_A - V_B) between these point is

A charged particle having a charge of - 3 mu C is placed close to a sheet of charge having a surface charge density 5 xx 10^(-6) Cm^(-2) . The force between the particle and sheet of charge is

An infinite plane sheet of charge density 10^(-8) Cm^(-2) is held in air. In this situation how far apart are two equipotenitial surfaces, whose p.d is 5 V ?

An infinite plane sheet of charge density 10^7cm^-2 is held in vacuum. In this situation how far should the two equipotential surfaces be kept, whose potential difference is 50 V?