A Uniform Plane Electromagnetic Wave Is Expressed By E 2 T 1600 Cos 10 Mt Bz A V M And Hz 4 8 Cos 10 Mt 1 (91.1 KiB) Viewed 10 times
A uniform plane Electromagnetic wave is expressed by E (2,t) = 1600 cos (10?mt - Bz)a, v/m and Hz = 4.8 cos (10?mt - Bz), A/m. The wave propagates in a perfect dielectric along the z-axis with propagation velocity of v = 2 x 108 m/s. Find the following: (a) the phase constant, B (4 marks) (b) the wavelength, A ( 4 marks) (c) the intrinsic impedance, n (4 marks)
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= 4.8 cos (10?mt - Bz), A/m. The wave propagates in a perfect dielectric along the z-axis with propagation velocity of v = 2 x 108 m/s. Find the following: (a) the phase constant, B (4 marks) (b) the wavelength, A ( 4 marks) (c) the intrinsic impedance, n (4 marks)