A uniform plane wave is described by the equation H = A/m. If the velocity of the wave is 2 x 108 m/s and εr = 1.8, then. The electric field intensity is-A-90.35e j0.1px v/mB-903.5e j0.1px v/mC-903.5e j0.1pz v/mD-90.35e j0.1pz v/m-C-903.5e j0.1pz v/m

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A uniform plane wave is described by the equation H =  A/m. If the velocity of the wave is 2 x 108 m/s and εr = 1.8, then. The electric field intensity is-A-90.35e j0.1px v/mB-903.5e j0.1px v/mC-903.5e j0.1pz v/mD-90.35e j0.1pz v/m-C-903.5e j0.1pz v/m

APTITUDE CRACK · Accepted Answer

C 903.5e j0.1pz v/m  Using , we have, ∴ = 903.5e j0.1pzv/m.

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A uniform plane wave is described by the equation H = A/m. If the velocity of the wave is 2 x 10⁸ m/s and ε_r = 1.8, then. The electric field intensity is

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Exam Questions Papers - Engineering

A uniform plane wave is described by the equation H = A/m. If the velocity of the wave is 2 x 108 m/s and εr = 1.8, then. The electric field intensity is

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For help Students Orientation Mcqs Questions

A uniform plane wave is described by the equation H = A/m. If the velocity of the wave is 2 x 10⁸ m/s and ε_r = 1.8, then. The electric field intensity is

For help Students Orientation
Mcqs Questions