- #1
bmarson123
- 24
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Problem:
The adjacent lines in the pure rotational spectrum of 35CI19F are separated by a frequency of
1.12 x 1010 Hz. What is the equilibrium separation of the atoms in this molecule?
The attempt at a solution
So, the equation I think I need to use to find the equilibrium separation is I = [itex]\mu[/itex]r02
But I don't know how I can find the inertia,as I don't know how the frequency and inertia are linked?
The adjacent lines in the pure rotational spectrum of 35CI19F are separated by a frequency of
1.12 x 1010 Hz. What is the equilibrium separation of the atoms in this molecule?
The attempt at a solution
So, the equation I think I need to use to find the equilibrium separation is I = [itex]\mu[/itex]r02
But I don't know how I can find the inertia,as I don't know how the frequency and inertia are linked?
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