Given that the HF molecule rotates about an axis passing through its center, find the bond length for the HF molecule, since the energy required for the molecule to transition from $l = 0$ to the $l = 1$ rotational state is $Δ E_{l} = 8, 28 \times 1 0^{- 23}$ Joule. $(1 u = 1, 66 x 1 0^{- 27} kg, m_{H} = 1, 008 u, m_{F} = 18, 998 u)$

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Given that the HF molecule rotates about an axis passing through its center, find the bond length for the HF molecule, since the energy required for the molecule to transition from

l = 0

to the

l = 1

rotational state is

Δ E_{l} = 8, 28 \times 1 0^{- 23}

Joule.

(1 u = 1, 66 x 1 0^{- 27} kg, m_{H} = 1, 008 u, m_{F} = 18, 998 u)

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