Q2: Find the strength of the z-component of the electric field at (0, 100 m, 0)...

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Q2: Find the strength of the z-component of the electric field at (0, 100 m, 0) produced by a z-directed Hertzian dipole of length dl = 0.5 m, placed at the origin, carrying a current of i(t) = 2 cos(6 x 106t) A and radiating into free space. If the dipole is oriented along the x-axis, what will be strength of the x-component of the electric field at the same point. Answer: Ez = 0.01856-99.3⁰ V/m Ex=0.01856 -99.3⁰ V/m Q2: Find the strength of the z-component of the electric field at (0, 100 m, 0) produced by a z-directed Hertzian dipole of length dl = 0.5 m, placed at the origin, carrying a current of i(t) = 2 cos(6 x 106t) A and radiating into free space. If the dipole is oriented along the x-axis, what will be strength of the x-component of the electric field at the same point. Answer: Ez = 0.01856-99.3⁰ V/m Ex=0.01856 -99.3⁰ V/m

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Given the electric fieldE z at 0 100m 0 is the same as ... View the full answer