A block of width 2d and cross-sectional area infinitely large, it has a homogeneous volumetric charge distribution ρ. Using Gauss's law, find the field electric as a function of the y-coordinate, where the center of the width of the block is located at y = 0. Graph the electric field, considering that this will be positive for y > 0 and negative for y < 0.
A block of width 2d and cross-sectional area infinitely large, it has a homogeneous volumetric charge distribution ρ. Using Gauss's law, find the field electric as a function of the y-coordinate, where the center of the width of the block is located at y = 0. Graph the electric field, considering that this will be positive for y > 0 and negative for y < 0.
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A block of width 2d and cross-sectional area infinitely large, it has a homogeneous volumetric charge distribution ρ. Using Gauss's law, find the field electric as a function of the y-coordinate, where the center of the width of the block is located at y = 0. Graph the electric field, considering that this will be positive for y > 0 and negative for y < 0.
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