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Consider the Equilibria in CCl4, an Apolar, Aprotic, Nondonor Solvent

Question 10

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Consider the equilibria in CCl4, an apolar, aprotic, nondonor solvent.
Consider the equilibria in CCl<sub>4</sub>, an apolar, aprotic, nondonor solvent. Explain why replacing the two carbons of the ring shown above with oxygens makes the axial conformation more stable. Explain why replacing the two carbons of the ring shown above with oxygens makes the axial conformation more stable.

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You might have noted that the oxygen lac...

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