Two infinitely large parallel PEC plates are shown in Figure 1. The voltage between the two...

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Two infinitely large parallel PEC plates are shown in Figure 1. The voltage between the two plates is 10 V. The distance between the two plates is d = 0.5 m. The filling materials are composed of two regions: the upper half region with a relative permittivity &r = 3 and the lower half region of free space. 10 V- ει = επει E2 = 80 d 0 V- Figure 1: The top and bottom plates are PECs. (a) Find the electric flux densities in both mediums. (b) Find the electric field intensities in both mediums. Two infinitely large parallel PEC plates are shown in Figure 1. The voltage between the two plates is 10 V. The distance between the two plates is d = 0.5 m. The filling materials are composed of two regions: the upper half region with a relative permittivity &r = 3 and the lower half region of free space. 10 V- ει = επει E2 = 80 d 0 V- Figure 1: The top and bottom plates are PECs. (a) Find the electric flux densities in both mediums. (b) Find the electric field intensities in both mediums.

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Given two parallel plates separated by a distance d 05 m with a potential difference of 10V Solving ... View the full answer