Consider a 35 mW He-Ne laser beam with wavelength λ0 = 632.8 nm. The laser beam diameter is 1.0 mm. What are the maximum electric field amplitude, Emax, and the maximum magnetic induction amplitude, Bmax of the He-Ne laser beam in vacuum? Consider a 35 mW He-Ne laser beam with wavelength 1o = 632.8 nm.The laser beam diameter is 1.0 mm. What are the maximum electricfield amplitude, Emax, and the maximum magnetic induction amplitude,Bmax of the He-Ne laser beam in vacuum?Emax = 7 V/m, and Bmax = 221 µT%3D%3DEmax = 222 V/m, and Bmax = 28 µT%3DEmax = 5793.9 V/m, and Bmax = 19.3 µT%3DO Emax = 102 V/m, and Bmax = 28 µT;%3D

(given) Power (P) of He - Ne laser beam = 35 mW…

Answered: Consider a 35 mW He-Ne laser beam with…

College Physics

11th Edition

ISBN:9781305952300

Author:Raymond A. Serway, Chris Vuille

Publisher:Raymond A. Serway, Chris Vuille

Chapter1: Units, Trigonometry. And Vectors

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Consider a 35 mW He-Ne laser beam with wavelength λ₀ = 632.8 nm. The laser beam diameter is 1.0 mm. What are the maximum electric field amplitude, E_max, and the maximum magnetic induction amplitude, B_max of the He-Ne laser beam in vacuum?

Consider a 35 mW He-Ne laser beam with wavelength 1o = 632.8 nm.
The laser beam diameter is 1.0 mm. What are the maximum electric
field amplitude, Emax, and the maximum magnetic induction amplitude,
Bmax of the He-Ne laser beam in vacuum?
Emax = 7 V/m, and Bmax = 221 µT
%3D
%3D
Emax = 222 V/m, and Bmax = 28 µT
%3D
Emax = 5793.9 V/m, and Bmax = 19.3 µT
%3D
O Emax = 102 V/m, and Bmax = 28 µT;
%3D

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