Question

PART B. What are the wavelengths of those photons from Part A?

Express your answer numerically. If there is more than one answer, enter your answers separated by commas in order of increasing wavelength.

Answer 1

6; λ= 97.3,103,122,486,656,1880 nm
(4-3, 3-1, 2-1, 4-2, 3-2, 4-1)
4 - 3, 4 - 2, 4 - 1, 3 - 2, 3 - 1, 2 - 1,
(where n=1 at ground, n=2 at 1st station, n=3 at 3rd station, etc.)
Ground E1= 13.6(1-1/1^2) = 0
1st station E2= 13.6(1-1/2^2) = 10.2
2nd station E3= 13.6(1-1/3^2) = 12.1 (12.0889)
3rd station E4= 13.6(1-1/4^2 = 12.8 (12.75)
4th station E5= 13.6(1-1/5^2) = 13.1 (13.056)
5th station E6= 13.6(1-1/6^2) = 13.2
4 - 3 91.18nm/(1/1^2-1/4^2) = 1880 (1875.7)
4 - 2 91.18nm/(1/2^2-1/4^2) = 486 (486.293)
4 - 1 91.18nm/(1/3^2-1/4^2) = 97.3 (97.25)
3 - 2 91.18nm/(1/2^2-1/3^2) = 656 (656.496)
3 - 1 91.18nm/(1/1^2-1/3^2) = 103 (102.578)
2 - 1 91.18nm/(1/1^2-1/2^2) = 122 (121.573)