Physics, asked by vinnakotasreehitha, 2 days ago

A uniform plane wave of frequency 1 MHz travels in a large block of copper, for which σ=5.8×107 S/m, εr=1 and μr=1. Find the following i)Attenuation constant and phase shift constant ii)Intrinsic impedance of copper at 1 MHz

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Answered by jigarmansuri786

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Explanation:

At 200 MHz a given medium is characterized by σ = 0, µr = 15(1 − j3) and εr = 50(1 − j1). ... 8 A uniform plane wave, linearly polarized along x, with amplitude 10V/m and frequency ... angle of 30◦ on a medium (medium 2) with relative permittivity εr = 5. ... Determine the phase constant, the phase velocity and the wave.

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A uniform plane wave of frequency 1 MHz travels in a large block of copper, for which σ=5.8×107 S/m, εr=1 and μr=1. Find the following i)Attenuation constant and phase shift constant ii)Intrinsic impedance of copper at 1 MHz ​

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A uniform plane wave of frequency 1 MHz travels in a large block of copper, for which σ=5.8×107 S/m, εr=1 and μr=1. Find the following i)Attenuation constant and phase shift constant ii)Intrinsic impedance of copper at 1 MHz