Which of the following conformations of cyclo | vedclass

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(B) The stability of cyclohexane conformations is determined by the minimization of torsional strain and steric strain. In the $chair$ conformation,al

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Chair

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(B) The stability of cyclohexane conformations is determined by the minimization of torsional strain and steric strain. In the $chair$ conformation,all $C-C-C-C$ dihedral angles are staggered,and there is minimal steric hindrance between hydrogen atoms. This makes the $chair$ conformation the most stable form of cyclohexane,with the lowest potential energy. In contrast,the $boat$,$twist-boat$,and $half-chair$ conformations possess higher energy due to eclipsing interactions and transannular strain.

Which of the following conformations of cyclohexane is the most stable?

Similar Questions

Which is the most stable conformer of ethane-$1,2$-diol?

One of the configurations of $n$-butane is shown in the given figure. An anticlockwise rotation of $C_2$ around the $C_2-C_3$ bond by $120^\circ$ will lead to:

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