dn A material has a dispersion coefficient of dλ = -17.7 × 10-5 nm-¹, with no = 1.500 when 20 = 543.0 nm. A beam incident on the material contains wavelengths between ₁ = 425.0 nm and ₂ = 649.0 nm, and the beam's angle of incidence i is 45.45°. Use 1.000 for the index of refraction of air. Letting denote the refraction angle, what is the absolute value of the angular separation A0 of the refracted beams produced by this material? A0 =

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A material has a dispersion coefficient of
dλ
= -17.7 × 10-5 nm-¹, with no = 1.500 when 20 = 543.0 nm.
A beam incident on the material contains wavelengths between ₁ = 425.0 nm and ₂ = 649.0 nm, and the beam's angle of
incidence i is 45.45°.
Use 1.000 for the index of refraction of air.
Letting denote the refraction angle, what is the absolute
value of the angular separation A0 of the refracted beams
produced by this material?
A0 =
Transcribed Image Text:dn A material has a dispersion coefficient of dλ = -17.7 × 10-5 nm-¹, with no = 1.500 when 20 = 543.0 nm. A beam incident on the material contains wavelengths between ₁ = 425.0 nm and ₂ = 649.0 nm, and the beam's angle of incidence i is 45.45°. Use 1.000 for the index of refraction of air. Letting denote the refraction angle, what is the absolute value of the angular separation A0 of the refracted beams produced by this material? A0 =
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