The electric field in a sinusoidal wave change asE = (25 N/C) cos[(1.2 x 1011 rad/s)t + [(1.2 x 1011 rad/s) x]Hint: The following relation might help: E = Emax cos[2p (t/T ± x/l)] and B = Bmax cos[2p (t/T ± x/l)] Clear show all the work and step to solve the problem.(a). In what direction does the wave propagate ?(b). What is the amplitude of the electric field oscillations ?(c). What is the amplitude of the magnetic field oscillations ?(d). What is the frequency of the wave ?(e). What is the wavelength ?(f). What is the speed?(g). What other information can you infer from the equation ? The electric field in a sinusoidal wave change asE = (25 N/C) cos[(1.2 x 1011 rad/s)t + [(1.2 x 1011 rad/s) x]Hint: The following relation might help: E= Emax cos[2n (t/T + x/)] and B = Bmax cos[2n (t/T + x/A)]Clear show all the work and step to solve the problem.(a). In what direction does the wave propagate ?(b). What is the amplitude of the electric field oscillations ?(c). What is the amplitude of the magnetic field oscillations ?(d). What is the frequency of the wave ?(e). What is the wavelength ?NAME(f). What is the speed ?(g). What other information can you infer from the equation ?

The sinusoidal wave expression given is,

Answered: The electric field in a sinusoidal wave…

College Physics

11th Edition

ISBN:9781305952300

Author:Raymond A. Serway, Chris Vuille

Publisher:Raymond A. Serway, Chris Vuille

Chapter1: Units, Trigonometry. And Vectors

Section: Chapter Questions

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The electric field in a sinusoidal wave change as
E = (25 N/C) cos[(1.2 x 1011 rad/s)t + [(1.2 x 1011 rad/s) x]

Hint: The following relation might help: E = Emax cos[2p (t/T ± x/l)] and B = Bmax cos[2p (t/T ± x/l)] Clear show all the work and step to solve the problem.

(a). In what direction does the wave propagate ?

(b). What is the amplitude of the electric field oscillations ?

(c). What is the amplitude of the magnetic field oscillations ?

(d). What is the frequency of the wave ?

(e). What is the wavelength ?

(f). What is the speed?

(g). What other information can you infer from the equation ?

The electric field in a sinusoidal wave change as
E = (25 N/C) cos[(1.2 x 1011 rad/s)t + [(1.2 x 1011 rad/s) x]
Hint: The following relation might help: E= Emax cos[2n (t/T + x/)] and B = Bmax cos[2n (t/T + x/A)]
Clear show all the work and step to solve the problem.
(a). In what direction does the wave propagate ?
(b). What is the amplitude of the electric field oscillations ?
(c). What is the amplitude of the magnetic field oscillations ?
(d). What is the frequency of the wave ?
(e). What is the wavelength ?
NAME
(f). What is the speed ?
(g). What other information can you infer from the equation ?

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