A sodium doublet consists of two wavelengths, 1 10-7 m. Show that the minimum number of lines a grating must have to resolve this doublet in the third spectral order is 328. = 5.890 x 10-7 m and 12 5.896 x %3D %3D

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A sodium doublet consists of two wavelengths, = 5.890 x 10-7 m and 12
10-7 m. Show that the minimum number of lines a grating must have to resolve this
doublet in the third spectral order is 328.
5.896 x
%3D
%3D
Transcribed Image Text:A sodium doublet consists of two wavelengths, = 5.890 x 10-7 m and 12 10-7 m. Show that the minimum number of lines a grating must have to resolve this doublet in the third spectral order is 328. 5.896 x %3D %3D
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