What,if anything,can be said about the magnit | vedclass

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(B) The equilibrium involves the interconversion of two chair conformations of a substituted cyclohexane. In the reactant,the larger isopropyl group $

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$K < 1$

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(B) The equilibrium involves the interconversion of two chair conformations of a substituted cyclohexane. In the reactant,the larger isopropyl group $(-CH(CH_3)_2)$ is in the equatorial position,while the smaller methyl group $(-CH_3)$ is in the axial position. In the product,the larger isopropyl group is in the axial position,while the smaller methyl group is in the equatorial position. Axial substituents experience $1,3$-diaxial interactions,which are destabilizing. The $1,3$-diaxial interaction is significantly stronger for the larger isopropyl group than for the smaller methyl group. Therefore,the conformation with the isopropyl group in the equatorial position (the reactant) is more stable than the conformation with the isopropyl group in the axial position (the product). Since the equilibrium favors the more stable reactant,the concentration of the reactant is greater than the concentration of the product,leading to an equilibrium constant $K < 1$.

What,if anything,can be said about the magnitude of the equilibrium constant $K$ for the following equilibrium?

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