A diatomic molecule has atoms of masses m_(1) and m_(2). The potential energy of the molecule for the interatomic separation r is given by V(r )=-A+B(r-r_(0))^(2), where r_(0) is the equilibrium separation, and A and B are positive constants. the atoms are compressed towards each other from their equilibrium positons andreleased. what is the vibrational frequency of the molecule?

A diatomic molecule has atoms of masses m_(1) and m_(2). The potential

1.	A diatomic molecule has atoms of masses m_(1) and m_(2). The potential energy of the molecule for the interatomic separation r is given by V(r )=-A+B(r-r_(0))^(2), where r_(0) is the equilibrium separation, and A and B are positive constants. the atoms are compressed towards each other from their equilibrium positons andreleased. what is the vibrational frequency of the molecule?
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