d+x The diatomic molecule shown in the figure has an equation of motion given by...

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d+x т The diatomic molecule shown in the figure has an equation of motion given by {()*-()*} d²x d+x + Fo 3D0 dt2 d d. where d+x is the separation between the atoms and Fo and d are constants. The natural frequency of small amplitude oscillations of the molecule about x=0 is 2Fo Fo 2Fo md Fo md O An answer not listed d+x т The diatomic molecule shown in the figure has an equation of motion given by {()*-()*} d²x d+x + Fo 3D0 dt2 d d. where d+x is the separation between the atoms and Fo and d are constants. The natural frequency of small amplitude oscillations of the molecule about x=0 is 2Fo Fo 2Fo md Fo md O An answer not listed

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now we know that 1xn 1nx when x1 now dxd 1xd here in the figure we can consider xd and th... View the full answer