m2) The interatomic interaction energy for two atoms (with masses m2) of a diatomic molecule is given as: Eint. (r) = B r12 r A where is the distance between these two atoms (A and B are positive con- ndstants). Find the binding energy, equilibrium (bond) distance between two teratoms and vibrational frequency of the molecule in terms of given parameters.
m2) The interatomic interaction energy for two atoms (with masses m2) of a diatomic molecule is given as: Eint. (r) = B r12 r A where is the distance between these two atoms (A and B are positive con- ndstants). Find the binding energy, equilibrium (bond) distance between two teratoms and vibrational frequency of the molecule in terms of given parameters.
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Transcribed Image Text:o atom2) The interatomic interaction energy for two atoms (with masses m₁ and
m2) of a diatomic molecule is given as:
A
B
Eint. (r)
12
r
oms(A where r is the distance between these two atoms (A and B are positive con-troni
(bondstants) Find the binding energy, equilibrium (bond) distance between two
ilc in teratoms and vibrational frequency of the molecule in terms of given parameters.
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