How inclusion of mass of nucleus explains different isotopes of an element produce lines in the spectrum at slightly different wavenumber ?

Question

Vikas TU · Answer

For isotopic particles, i.e. particles that contrast just by the mass of either of the cores in any case, not by their nuclear number (for instance 1H35Cl and 1H37Cl), the vibrational frequencies are clearly unique the division of relating vibrational levels in two isotopic particles are to some degree moved (and subsequently unearthly lines are additionally moved). The levels of the lighter isotope dependably lie higher than those of the heavier isotope.

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How inclusion of mass of nucleus explains different isotopes of an element produce lines in the spectrum at slightly different wavenumber ?

How inclusion of mass of nucleus explains different isotopes of an element produce lines in the spectrum at slightly different wavenumber ?

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