In biprism experiment, wavelength of red light used is 6000 Å and nth bright band is obtained at a point P on the screen. Keeping the same setting, the source is replaced by a source of green light of wavelength 5000 Ă and (n + 1)th bright band of green light coincides with the point P. Calculate the value of n.
In biprism experiment, wavelength of red light used is 6000 Å and nth bright band is obtained at a point P on the screen. Keeping the same setting, the source is replaced by a source of green light of wavelength 5000 Ă and (n + 1)th bright band of green light coincides with the point P. Calculate the value of n.
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Transcribed Image Text:In biprism experiment, wavelength of
red light used is 6000 Å and nth bright band is
obtained at a point P on the screen. Keeping
the same setting, the source is replaced by a
source of green light of wavelength 5000 Å
and (n + 1)th bright band of green `light
coincides with the point P. Calculate the value
of n.
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