A square area of edge length L is located in the XY-plane and centered at the...

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A square area of edge length L is located in the XY-plane and centered at the origin. This area is filled with a uniform surface charge of 10+ C/m². • Find the electric field (magnitude and direction) caused by this surface charge at a point located at (2, 2, 1) meter, under the following conditions: a) L=1 meter b) L=6 meter c) L=20 meter • Comment on the results, by comparing the results of different cases to the case of electrostatic field associated with infinite surface charge in the XY-plane. Hints: A dl is translated into A. dl when used in computer calculations. S(V x A). ds is translated into Σ((V x A) dx) dy when used in computer calculations. - The discretization strategy is to use discretization steps that is < 0.1*(minimum dimension in the problem). I.e. to use dx, dy, and dz o be < 0.1* (minimum dimension in the problem) - o The smaller the discretization unit, the larger the number of elements used and the more accurate the result will be. A square area of edge length L is located in the XY-plane and centered at the origin. This area is filled with a uniform surface charge of 10+ C/m². • Find the electric field (magnitude and direction) caused by this surface charge at a point located at (2, 2, 1) meter, under the following conditions: a) L=1 meter b) L=6 meter c) L=20 meter • Comment on the results, by comparing the results of different cases to the case of electrostatic field associated with infinite surface charge in the XY-plane. Hints: A dl is translated into A. dl when used in computer calculations. S(V x A). ds is translated into Σ((V x A) dx) dy when used in computer calculations. - The discretization strategy is to use discretization steps that is < 0.1*(minimum dimension in the problem). I.e. to use dx, dy, and dz o be < 0.1* (minimum dimension in the problem) - o The smaller the discretization unit, the larger the number of elements used and the more accurate the result will be.

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