Statement I: Staggered conformation of ethane | vedclass

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(C) Step $1$: The staggered conformation of ethane has the hydrogen atoms on adjacent carbons as far apart as possible, resulting in minimum torsional

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Statement $I$ is true but statement $II$ is false

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(C) Step $1$: The staggered conformation of ethane has the hydrogen atoms on adjacent carbons as far apart as possible, resulting in minimum torsional strain and maximum stability.Step $2$: The eclipsed conformation has the hydrogen atoms as close as possible, resulting in maximum torsional strain and minimum stability.Step $3$: Therefore, Statement $I$ is true because staggered is more stable, and Statement $II$ is false because the torsional strain in staggered conformation is actually less than in the eclipsed conformation.

Statement $I$: Staggered conformation of ethane is more stable than the eclipsed conformation.
Statement $II$: The torsional strain in staggered conformation is more than in the eclipsed conformation.

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Statement $I$: Staggered conformation of ethane is more stable than the eclipsed conformation.Statement $II$: The torsional strain in staggered conformation is more than in the eclipsed conformation.