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(B) The boat conformation of cyclohexane is less stable than the chair conformation due to two main factors: $1$. Torsional strain caused by eclipsing

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flagpole-flagpole

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(B) The boat conformation of cyclohexane is less stable than the chair conformation due to two main factors: $1$. Torsional strain caused by eclipsing interactions of bonds on adjacent carbons. $2$. Steric strain (van der Waals repulsion) between the two hydrogen atoms at the $C-1$ and $C-4$ positions,which are known as flagpole hydrogens. The flagpole-flagpole interaction is the most significant source of instability in the boat conformation.

The interaction that causes the most instability in the boat conformation of cyclohexane is .......

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