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An optically active halide when allowed ...

An optically active halide when allowed to react with `CN^(-)` gives a racemic mixture. The halide is most likely to be __________.

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CHETANA PUBLICATION-HALOGEN DERIVATIVES-EXERCISE
  1. Define: Laevorotatory compound

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  2. Define: Laevorotatory compound

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  3. An optically active halide when allowed to react with CN^(-) gives a r...

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  4. Draw structure of enantiomers of 2-bromobutane using wedge formula.

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  5. State the characteristics of enantiomers.

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  6. Name the material used in the construction of a Nicol prism/Polarizer

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  7. Identify the Chiral molecules from the following:

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  8. Identify the Chiral centre from the following:

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  9. Identify the Chiral centre from the following:CH3-CH2-CH2-CH2-Br

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  10. Identify the Chiral molecules from the following:

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  11. Explain optical isomerism in 2-Chlorobutane.

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  12. Explaine optical activity of lactic acid.

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  13. Identify chiral and achiral molecules.

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  14. The molecular formula of an acid which is optically active is C5H10O2....

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  15. Write the structure of the lowest molecular mass alcohol which shows c...

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  16. Write the structure of an olefin (alkene) with molecular formula C6H12...

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  17. Draw structure of enantiomers of lactic acid using Fischer projecti...

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  18. Draw structure of enantiomers of 2-bromobutane using wedge formula.

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  19. In a wedge formula,how are the following bonds represented? Bonds goin...

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  20. In a wedge formula,how are the following bonds represented? Bonds proj...

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