Condition for achieving a bright point in the Michelson's interferometer experiment is that the path difference between the two interfering beams should be Group of answer choices at least three time of ?λ , the wavelength of light used. odd multiple of ?λ /2, ?λ being the wavelength of light used. equal to the thickness of the beam-splitter glass plate. even multiple of ?λ /2, ?λ being the wavelength of light used.
Condition for achieving a bright point in the Michelson's interferometer experiment is that the path difference between the two interfering beams should be Group of answer choices at least three time of ?λ , the wavelength of light used. odd multiple of ?λ /2, ?λ being the wavelength of light used. equal to the thickness of the beam-splitter glass plate. even multiple of ?λ /2, ?λ being the wavelength of light used.
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Condition for achieving a bright point in the Michelson's interferometer experiment is that the path difference between the two interfering beams should be
Group of answer choices
at least three time of
?λ
, the wavelength of light used.
odd multiple of
?λ
/2,
?λ
being the wavelength of light used.
equal to the thickness of the beam-splitter glass plate.
even multiple of
?λ
/2,
?λ
being the wavelength of light used.Expert Solution
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