The specific rotation of pure

  1. A pure sample of (R)-limonene has a specific rotation of +125.6. If a sample had a specific rotation of +35.6, how much of each
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    2. Adrianna asked by Adrianna
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  2. The specific rotation of pure enantiomer is known from the literature to be -20. The measured value of a solution containing A
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    2. Sarah asked by Sarah
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  3. The specific rotation of pure enantiomer is known from the literature to be -20. The measured value of a solution containing A
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    2. Sarah asked by Sarah
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  4. A 0.160 M solution of an enantiomerically pure chiral compound D has an observed rotation of 0.20° in a 1-dm sample container.
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    2. Trish asked by Trish
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  5. What is the optical purity of a partially racemized product is the calculated specific rotation is -8◦ and the pure enantiomer
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    2. nicole asked by nicole
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  6. A sample of carvone was found to be 39% optically pure in favor of the dextrorotatoryenantiomer. The specific rotation for
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    2. polly asked by polly
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  7. A sample of 2-butanol has a specific rotation of -9.75 degrees. Determine the % ee (enantiomeric excess) and the molecular
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    2. Jenn asked by Jenn
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  8. A sample of 2-methyl-1-butanol has a specific rotation of -3.25°. Pure (R)-2-methyl-1-butanol has a specific rotation of
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    2. Chad asked by Chad
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  9. A sample of 2-butanol has a specific rotation of 3.25. Determine the % ee and molecular composition of this sample. The sepcific
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    2. Jason asked by Jason
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  10. I know that to calculate the specific rotation for a compound you doobserved rotation / path length(dm) * conc. (g/ml). I am
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    2. Hannah asked by Hannah
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