Rotational Constant Equilibrium in Vibrational spectroscopy Formulas

Rotational Constant Equilibrium is the rotational constant corresponding to the equilibrium geometry of the molecule. And is denoted by B_e. Rotational Constant Equilibrium is usually measured using the Per Meter for Linear Atomic Density. Note that the value of Rotational Constant Equilibrium is always negative.

Formulas to find Rotational Constant Equilibrium in Vibrational spectroscopy

fxRotational Constant Related to EquilibriumGo

Vibrational spectroscopy formulas that make use of Rotational Constant Equilibrium

fxRotational Constant for Vibrational StateGo

fxAnharmonic Potential ConstantGo

fxVibrational Quantum Number using Rotational ConstantGo

List of variables in Vibrational spectroscopy formulas

fx Rotational Constant vib Go

fx Anharmonic Potential Constant Go

fx Vibrational Quantum Number Go

FAQ

What is the Rotational Constant Equilibrium?

Rotational Constant Equilibrium is the rotational constant corresponding to the equilibrium geometry of the molecule. Rotational Constant Equilibrium is usually measured using the Per Meter for Linear Atomic Density. Note that the value of Rotational Constant Equilibrium is always negative.

Can the Rotational Constant Equilibrium be negative?

Yes, the Rotational Constant Equilibrium, measured in Linear Atomic Density can be negative.

What unit is used to measure Rotational Constant Equilibrium?

Rotational Constant Equilibrium is usually measured using the Per Meter[m⁻¹] for Linear Atomic Density. are the few other units in which Rotational Constant Equilibrium can be measured.

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