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HW 1-3 The voltage of an electromagnetic wave traveling on a transmission line is given by v(x, t) where z is the distance in meters from the generator. a) Find the frequency f, wavelength , and phase velocity up of the wave. b) At z= z₂, the amplitude was measured to be V₂. Find a. v(z, t) = Amez.cos (w•t-B. Z+ o) nrad Am: 5. V Z₁:= 2.m COS B:= ·· 2 m V₁: 3. V w: 4.7.108. rad sec Po:= -A 3 rad

HW 1-3 The voltage of an electromagnetic wave traveling on a transmission line is given by v(x, t) where z is the distance in meters from the generator. a) Find the frequency f, wavelength , and phase velocity up of the wave. b) At z= z₂, the amplitude was measured to be V₂. Find a. v(z, t) = Amez.cos (w•t-B. Z+ o) nrad Am: 5. V Z₁:= 2.m COS B:= ·· 2 m V₁: 3. V w: 4.7.108. rad sec Po:= -A 3 rad

Introductory Circuit Analysis (13th Edition)
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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HW 1-3 The voltage of an electromagnetic wave traveling on a transmission line is given by V(x, t) where z is the distance in meters from the generator. a) Find the frequency f, wavelength , and phase velocity up of the wave. b) At z= Z₁, the amplitude was measured to be V₁. Find a. v(z, t) = Am• e¯ª ². cos(w.t-B. Z+9₁) Am: 5. V Z₁:= 2.m B:= rad 2 m V₁: 3. V W:=4.7.108 ● rad sec Po= -n 3 rad
Transcribed Image Text:HW 1-3 The voltage of an electromagnetic wave traveling on a transmission line is given by V(x, t) where z is the distance in meters from the generator. a) Find the frequency f, wavelength , and phase velocity up of the wave. b) At z= Z₁, the amplitude was measured to be V₁. Find a. v(z, t) = Am• e¯ª ². cos(w.t-B. Z+9₁) Am: 5. V Z₁:= 2.m B:= rad 2 m V₁: 3. V W:=4.7.108 ● rad sec Po= -n 3 rad
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