The order of [tex]k_{H}[/tex] (Henry's Law constant) for O₂ in the molecule is C₆H₁₄ > C₆H₁₄ > ethanol > water.
The gas law that states that if the constant is in terms of solubility or pressure.
It is expressed as
[tex]S_{\text{gas}} = k_{H} \times P_{\text{gas}}[/tex] ...(i)
where,
[tex]S_{\text{gas}}[/tex] = Solubility of gas
[tex]k_{H}[/tex] = Henry's Law constant
[tex]P_{\text{gas}}[/tex] = Partial Pressure of gas
Intermolecular force is also called secondary force is the force of attraction between molecules. It acts between ions and atoms.
Water has very strong intermolecular force due to of hydrogen bonding. O₂ gas is least soluble in water.
Hydrogen bond is the attractive forces which binds the hydrogen atom of 1 molecule with electronegative atom of other molecule.
Thus from the above conclusion we can say that The order of [tex]k_{H}[/tex] (Henry's Law constant) for O₂ in the molecule is C₆H₁₄ > C₆H₁₄ > ethanol > water.
Learn more about the Henry Law here: https://brainly.com/question/23204201
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