In the Figure, if ag=4,6 Np/m ve B1=3,11 rad/m for the medium 1, az=4,9 Np/m , B2=2,7 rad/m for the medium 2 and f=1GHZ, T=-0,649 , find the distance at which the magnitude of reflected electric field is equal to (lE| = 8 V/m. 1 Er2, Hr2, 02 Er1, fHr1, 01 Et 2 ît îi X x = 0 V f=1GHZ |E'(x = 0)| = = 16- m O a. 0m О ь.0,15 m O c. hiçbiri / no one O d. 0,14 m O e. 0,06 m

In the Figure, if ag=4,6 Np/m ve B1=3,11 rad/m for the medium 1, az=4,9 Np/m , B2=2,7 rad/m for the medium 2 and f=1GHZ, T=-0,649 , find the distance at which the magnitude of reflected electric field is equal to (lE| = 8 V/m. 1 Er2, Hr2, 02 Er1, fHr1, 01 Et 2 ît îi X x = 0 V f=1GHZ |E'(x = 0)| = = 16- m O a. 0m О ь.0,15 m O c. hiçbiri / no one O d. 0,14 m O e. 0,06 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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