Electric field due to an infinite, thin non-conducting sheet
A sheet of thin plastic wrap, uniformly charged on one side can act as a thin sheet of charge.
The field has a planar symmetry. We will take a Gaussian box to enclose the charge distribution.
Applications of above result
Two parallel sheets are given surface charge densities
1 and 2. Electric fields in different regions are as shown
Consider the following specific cases:
(i) When1 = , 2 = , the situation will be like the one shown below
(ii) When1 = , 2 = - , the situation will be like the one shown below
A sheet of thin plastic wrap, uniformly charged on one side can act as a thin sheet of charge.
The field has a planar symmetry. We will take a Gaussian box to enclose the charge distribution.
Applications of above result
Two parallel sheets are given surface charge densities
1 and 2. Electric fields in different regions are as shownConsider the following specific cases:
(i) When
1 = , 2 = , the situation will be like the one shown below(ii) When
1 = , 2 = - , the situation will be like the one shown below
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