7. Compounds A and B contain no chiral centers. However, one of these compounds can be isolated in optically-active form

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7. Compounds A and B contain no chiral centers. However, one of these compounds can be isolated in optically-active form

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7 Compounds A And B Contain No Chiral Centers However One Of These Compounds Can Be Isolated In Optically Active Form 1
7 Compounds A And B Contain No Chiral Centers However One Of These Compounds Can Be Isolated In Optically Active Form 1 (13.62 KiB) Viewed 11 times
7. Compounds A and B contain no chiral centers. However, one of these compounds can be isolated in optically-active form and has an enantiomer, at room temperature. Which compound fits this description? Provide an explanation for your choice. (7 points) H₂C CH3 H₂C HO A H₂C H₂C B CH₂ OH
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