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 thin plane sheet of charge density 7.08xx10^(-11)(C//m^(2)) is held in air. Find the electric field at a point very close to the sheet.

An infinite thin plane sheet of charge density 7.08 xx 10^(-11)(C //m^(2)) is held in air. Find the electric field at a point very close to the sheet.

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 changed sheet has 10^(-7) Cm^(-2) surface density of change .How far apart are the equipotential surface differing by 5 voits ? [Hint: Elwctri intensity =rate of fall of potential .]

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

Two plane sheets of charge densities +sigma and -sigma are kept in air as shown in Fig. What are electric field intensities at points A and B ?

Consider an infinite plane sheet of mass with surface mass density sigma . The gravitational field intensity at a point P at perpendicular distance r from such a sheet is :

A large plane sheet of charge having surface charge density 5xx10^(-16) cm^(-2) lies in XY plane. Find electric flux through a circular area of radious 1cm Given normal to the circular area makes an angle of 60^(@) with Z-axis.

An infinite nonconducting sheet with a uniform surface charge density sets up parallel equipotential surfaces. Any pair of surfaces differing by 25.0 V are separated by 8.80 mm. (a) What is the magnitude of the surface charge density? (b) If an electron is released near the sheet, does it tend to move from higher to lower potential or vice versa ?