Two uniformly charged large plane sheets `S_1` and `S_2` having charge densities `sigma_1` and `sigma_2` (`sigma_1gtsigma_2`) are placed at a distance d parallel to each other. A charge `q_0` is moved along a line of length a(altd) at an angle `45^@` with the normal to `S_1`. Calculate the work done by the electric field

Two infinitely large sheets having charge densities sigma_(1) and sigma_(2) respectively (sigma_(1) gt sigma_(2)) are placed inbetween two plates such that there is no effect on charge distribution on plates. This charge is moved at an angle of 45^(@) with horizontal towards plate having charge density sigma_(2) , through a distance a lt d. Find work done by electric force.

There are two large parallel metallic plates S_(1) and S_(2) carrying surface charge densities sigma_(1) and sigma_(2) respectively (sigma_(1) gt sigma_(2)) placed at a distance d apart in vacuum. Find the work done by the electric field in moving a point charge q at distance a(a lt d) from S_(1) towards S_(2) along a line making an angle pi//4 with the normal to the plates.

There are two large parallel metallic plates S_(1) and S_(2) carrying surface charge densities sigma_(1) and sigma_(2) respectively (sigma_(1) gt sigma_(2)) placed at a distance d apart in vacuum. Find the work done by the electric field in moving a point charge q at distance a(a lt d) from S_(1) towards S_(2) along a line making an angle pi//4 with the normal to the plates.

Two paralle plane sheets 1 and 2 carry uniform charge densites sigma_(1) and sigma_(2) (see fig. The electric field in the region marked I is ( sigma_(1) gt sigma_(2)) :

Two paralle plane sheets 1 and 2 carry uniform charge densites sigma_(1) and sigma_(2) (see fig. The electric field in the region marked I is ( sigma_(1) gt sigma_(2)) :

Two infinitely large sheets having charge densities sigma_(1)andsigma_(2) respectively (sigma_(1)gtsigma_(2)) are placed near each other separated by distance 'd'. A small charge 'q' is placed in between two plates such that there is no effect on charge distribution on plates. Now this charge is moved at an angle of 45^(@) with the horizontal towards plate having charge density sigma_(2) by distance 'a' (altltd) . Find the work done by electric field in the process.