Considering the different conformations of disubstituted cyclohexanes, choose the CORRECT alternative: The most stable conformation will always b...
Considering the different conformations of disubstituted cyclohexanes, choose the CORRECT alternative:
The most stable conformation will always be the one in which a less bulky substituent is in the axial position, and the more bulky one is in the equatorial position.
The most stable conformation will always be the one in which a more bulky substituent is in the axial position, and the less bulky one is in the equatorial position.
The trans isomer is always more stable than the cis, regardless of the substitution pattern.
The conformation will be more stable if both substituents are in the axial position.
The cis isomer will be more stable than the trans, regardless of the substitution pattern.
The most stable conformation will always be the one in which a less bulky substituent is in the axial position, and the more bulky one is in the equatorial position.
The most stable conformation will always be the one in which a more bulky substituent is in the axial position, and the less bulky one is in the equatorial position.
The trans isomer is always more stable than the cis, regardless of the substitution pattern.
The conformation will be more stable if both substituents are in the axial position.
The cis isomer will be more stable than the trans, regardless of the substitution pattern.
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Ed 
A alternativa correta é: "The most stable conformation will always be the one in which a less bulky substituent is in the axial position, and the more bulky one is in the equatorial position."
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