4. The electric field is created by three conducting infinite parallel plates. The outermost plates carry a charge uniformly distributed over the area with surface densities of -2 nCL/m and +5 nCL/m. The middle plate is uncharged. The distance between neighboring plates is the same and equals d = 0.8 cm. Determine the electric field strength E outside and between the plates, as well as the potential difference between the plates. How will the result change if one side of the middle plate is grounded?
4. The electric field is created by three conducting infinite parallel plates. The outermost plates carry a charge uniformly distributed over the area with surface densities of -2 nCL/m and +5 nCL/m. The middle plate is uncharged. The distance between neighboring plates is the same and equals d = 0.8 cm. Determine the electric field strength E outside and between the plates, as well as the potential difference between the plates. How will the result change if one side of the middle plate is grounded?
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4. The electric field is created by three conducting infinite parallel plates. The outermost plates carry a charge uniformly distributed over the area with surface densities of -2 nCL/m and +5 nCL/m. The middle plate is uncharged. The distance between neighboring plates is the same and equals d = 0.8 cm. Determine the electric field strength E outside and between the plates, as well as the potential difference between the plates. How will the result change if one side of the middle plate is grounded?
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