3. Two parallel, square plates are each 50 cm on a side. These plates carry a charge of +2.0 C and -2.0 C, respectively. Imagine a cube that is 1.5 cm on a side. This cube is placed between the plates with two of its sides parallel to the plates. Calculate the electric flux through each side of the cube, and sum this to find the total electric flux through the cube. Does this agree with Gauss's law?

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3. Two parallel, square plates are each 50 cm on a side. These plates carry a charge of +2.0
C and -2.0 C, respectively. Imagine a cube that is 1.5 cm on a side. This cube is placed
between the plates with two of its sides parallel to the plates.
Calculate the electric flux through each side of the cube, and sum this to find the total
electric flux through the cube. Does this agree with Gauss's law?
Transcribed Image Text:3. Two parallel, square plates are each 50 cm on a side. These plates carry a charge of +2.0 C and -2.0 C, respectively. Imagine a cube that is 1.5 cm on a side. This cube is placed between the plates with two of its sides parallel to the plates. Calculate the electric flux through each side of the cube, and sum this to find the total electric flux through the cube. Does this agree with Gauss's law?
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