Please explain parts c and d A plane electromagnetic wave moving in a vacuum in the -z direction has anelectric field described by the expressionE=(3300 V / m)sin[(2.50x10ʻ 7(m"))z+@f]-i) ,here z is in meters and tis in9.seconds.a. What is the wavelength, 1, of this wave?b. What is the frequency, ƒ , of this wave?The B can be written as B = B_ sin(k z+ ot)U where the blank is a +/- signand a unit vector: i j, or k. What is the correct sign and unit vector for B (notethat B is a positive quantity)?d. What is the value of the magnetic field amplitude, B. ?C.

A plane electromagnetic wave moving in a vacuum in the -z direction has an electric field described by the expression E= (3300 V / m)sin[(2.50x10ʻ7(m"))z+@t]-i) ,here z is in meters and tis in 9. seconds. a. What is the wavelength, A , of this wave? b. What is the frequency. f , of this wave? a The B can be written as B = B, sin(k z + @t)(U where the blank is a +/- sign and a unit vector: i, j,ork.What is the correct sign and unit vector for B (note that B, is a positive quantity)? d. What is the value of the magnetic field amplitude, B, ?

A plane electromagnetic wave moving in a vacuum in the -z direction has an electric field described by the expression E= (3300 V / m)sin[(2.50x10ʻ7(m"))z+@t]-i) ,here z is in meters and tis in 9. seconds. a. What is the wavelength, A , of this wave? b. What is the frequency. f , of this wave? a The B can be written as B = B, sin(k z + @t)(U where the blank is a +/- sign and a unit vector: i, j,ork.What is the correct sign and unit vector for B (note that B, is a positive quantity)? d. What is the value of the magnetic field amplitude, B, ?

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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