1. The instantaneous voltage on a transmission line is given by v(z, t) = |V†le¬a cos(wt – Bz + o*) + |V, lea*cos(wt + Bz + ¢¯). -az (1) %3D Determine the general expression for the phasor voltage, V(2). The wave equation for the phasor voltage V(2) on a transmission line (a) (b) is given below where y = a+jß. Show that the general expression for the phasor voltage from part (a) is a solution to the wave equation. dV (2) - 7°Ÿ(2) = 0 (2) dz? (c) Provide a description of the quantities a and B and what they repre- sent.

1. The instantaneous voltage on a transmission line is given by v(z, t) = |V†le¬a cos(wt – Bz + o) + |V, leacos(wt + Bz + ¢¯). -az (1) %3D Determine the general expression for the phasor voltage, V(2). The wave equation for the phasor voltage V(2) on a transmission line (a) (b) is given below where y = a+jß. Show that the general expression for the phasor voltage from part (a) is a solution to the wave equation. dV (2) - 7°Ÿ(2) = 0 (2) dz? (c) Provide a description of the quantities a and B and what they repre- sent.

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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Time-Varying Field

Maxwell's equation in differential form are given as :

Question

1. The instantaneous voltage on a transmission line is given by
v(z, t) = |V,†|e-až cos(wt – Bz + 0+) + |V, |eª*cos(wt + Bz + ¢-).
(1)
(a)
Determine the general expression for the phasor voltage, V(2).
(b)
is given below where y = a+jß. Show that the general expression for the phasor
voltage from part (a) is a solution to the wave equation.
The wave equation for the phasor voltage V(z)
on a transmission line
d'V (2)
?Ÿ(2) = 0
(2)
dz?
(c)
Provide a description of the quantities a and B and what they repre-
sent.

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