A Plane Wave Propagating Through A Medium With Epsilon_{r} = 8 , Mu_{r} = 2 Has E = 5 E^ - Vec 7 3 Sin (10 ^ 8 * T - Beta*z) * A_{x} V/m. Determine (a) β (b) The Loss Tangent (c) Intrinsic Impedance (d) Wave Velocity (e) H Field

Question-Answer › Category: Electronics Engineering › A plane wave propagating through a medium with epsilon_{r} = 8 , mu_{r} = 2 has E = 5 e^ – vec 7 3 sin (10 ^ 8 * t – beta*z) * a_{x} V/m. Determine (a) β (b) The loss tangent (c) Intrinsic impedance (d) Wave velocity (e) H field

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Saurav asked 2 months ago

A plane wave propagating through a medium with epsilon_{r} = 8 , mu_{r} = 2 has E = 5 e^ – vec 7 3 sin (10 ^ 8 * t – beta*z) * a_{x} V/m.
Determine (a) β (b) The loss tangent (c) Intrinsic impedance (d) Wave velocity (e) H field

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R K answered 2 months ago

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$Answer for A plane wave propagating through a medium with epsilon_{r} = 8 , mu_{r} = 2 has E = 5 e^ - vec 7 3 sin (10 ^ 8 * t - beta*z) * a_{x} V/m. Determine (a) β (b) The loss tangent (c) Intrinsic impedance (d) Wave velocity (e) H field 2$ $Answer for A plane wave propagating through a medium with epsilon_{r} = 8 , mu_{r} = 2 has E = 5 e^ - vec 7 3 sin (10 ^ 8 * t - beta*z) * a_{x} V/m. Determine (a) β (b) The loss tangent (c) Intrinsic impedance (d) Wave velocity (e) H field 3$