Example 3: Frequencies and wavelengths of possible modes in an optical cavity The length of an optical cavity is 25 [cm]. The index of refraction is 1.0. Calculate the frequencies and wavelengths of the following modes: n =1. n = 10. n = 100. n = 106. %3D
Example 3: Frequencies and wavelengths of possible modes in an optical cavity The length of an optical cavity is 25 [cm]. The index of refraction is 1.0. Calculate the frequencies and wavelengths of the following modes: n =1. n = 10. n = 100. n = 106. %3D
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![Example 3: Frequencies and
wavelengths of possible modes
in an optical cavity
The length of an optical cavity is 25
[cm]. The index of refraction is 1.0.
Calculate the frequencies and
wavelengths of the following
modes:
n =1.
n = 10.
n = 100.
n = 106.](/v2/_next/image?url=https%3A%2F%2Fcontent.bartleby.com%2Fqna-images%2Fquestion%2Fc85237b6-a474-4b8c-a6d0-9320bce0435f%2F8cdb488b-c4f4-42e3-9962-e861b1f08afe%2F2kdmoj_processed.jpeg&w=3840&q=75)
Transcribed Image Text:Example 3: Frequencies and
wavelengths of possible modes
in an optical cavity
The length of an optical cavity is 25
[cm]. The index of refraction is 1.0.
Calculate the frequencies and
wavelengths of the following
modes:
n =1.
n = 10.
n = 100.
n = 106.
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