A 4GHZ uniform plane wave has an amplitude of at origin (0,0,0,t = 0) and is propagating in a direction in the medium with e" = 1.6x10-"F/m, e' = 3.0x10 F/m and u 3.2µH/m .determine the electric field intensity E, and H, E0 = 1.6kV/m %3D at P (0,0,2 cm) at 0.25 ns. (a) 0.383kV/m, -1.6 A/m (b) 0.338kV/m, -1.6 A/m (c) 0.383kV/m, -1.4 A/m (d) 0.373kV/m, -1.45 A/m

A 4GHZ uniform plane wave has an amplitude of at origin (0,0,0,t = 0) and is propagating in a direction in the medium with e" = 1.6x10-"F/m, e' = 3.0x10 F/m and u 3.2µH/m .determine the electric field intensity E, and H, E0 = 1.6kV/m %3D at P (0,0,2 cm) at 0.25 ns. (a) 0.383kV/m, -1.6 A/m (b) 0.338kV/m, -1.6 A/m (c) 0.383kV/m, -1.4 A/m (d) 0.373kV/m, -1.45 A/m

Introductory Circuit Analysis (13th Edition)

13th Edition

ISBN:9780133923605

Author:Robert L. Boylestad

Publisher:Robert L. Boylestad

Chapter1: Introduction

Section: Chapter Questions

Problem 1P: Visit your local library (at school or home) and describe the extent to which it provides literature...

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