Name_ 3. Reactions Phenylpropyl chloride, which has the formula (CeHs)C3H&CI, has exactly 8 isomers including stereoisomers. The eight isomers are assigned the letters A-E. Isomers A and D are achiral. Isomers B, C and E exist as pairs of enantiomers [(R)-B + (S)-B, (R)-C + (S)-C, (R)-E + (S)-E]. Below you are provided with information about how these isomers react. Based on this information, draw the correct structures of A-E in the boxes provided on the next page. MeONa Ph. A Achiral The product has the molecular formula (Č6H5)C4H9©. Ph The product has S configuration. MeSNa (R)-B DMSO t-Bu©K (S)-B Ph MeONa Ph (R)-C The product has the molecular formula (C6H5)C3H5. KCN (S)-C The product hasRconfiguration. DMF Ph EZ Меон, 60°C The product has the molecular formula (ȧH5)C4H90. Isomer D reacts the fastest of all the (C6H5)C3H6CI isomers under these reaction conditions. Achiral MeONa These twe reactieons give the same product. t-BUOK (R)-E NaN3 (S)-E The product has S configuration. DMF

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Draw the structure of each isomer.

**3. Reactions**

Phenylpropyl chloride, which has the formula \( (C_6H_5)C_3H_6Cl \), has exactly 8 isomers including stereoisomers. The eight isomers are assigned the letters A-E. Isomers A and D are achiral. Isomers B, C, and E exist as pairs of enantiomers \([(R)-B + (S)-B, (R)-C + (S)-C, (R)-E + (S)-E]\). Below you are provided with information about how these isomers react. Based on this information, draw the correct structures of A-E in the boxes provided on the next page.

- **A:**
  - Reaction: \( \text{MeONa} \)
  - Result: The product has the molecular formula \( (C_6H_5)C_4H_9 \theta \).
  - Note: Achiral

- **(R)-B:**
  - Reaction: \(\text{MeSNa, DMSO}\)
  - Result: The product has S configuration.

- **(S)-B:**
  - Reaction: \(\text{t-BuOK}\)
  - Result: Produces \( \text{Ph} \)

- **(R)-C:**
  - Reaction: \(\text{MeONa}\)
  - Result: The product has the molecular formula \( (C_6H_5)C_3H_5 \).

- **(S)-C:**
  - Reaction: \(\text{KCN, DMF}\)
  - Result: The product has R configuration.

- **D:**
  - Reaction 1: \(\text{MeOH, 60°C}\)
  - Result: The product has the molecular formula \( (C_6H_5)C_4H_9 \theta \).
  - Note: Isomer D reacts the fastest of all the \( (C_6H_5)C_3H_6Cl \) isomers under these reaction conditions.
  - Reaction 2: \(\text{MeONa}\) and \(\text{t-BuOK}\)
  - Note: These two reactions give the same product.

- **(R)-E:**
  - Reaction: \(\text{N}_3
Transcribed Image Text:**3. Reactions** Phenylpropyl chloride, which has the formula \( (C_6H_5)C_3H_6Cl \), has exactly 8 isomers including stereoisomers. The eight isomers are assigned the letters A-E. Isomers A and D are achiral. Isomers B, C, and E exist as pairs of enantiomers \([(R)-B + (S)-B, (R)-C + (S)-C, (R)-E + (S)-E]\). Below you are provided with information about how these isomers react. Based on this information, draw the correct structures of A-E in the boxes provided on the next page. - **A:** - Reaction: \( \text{MeONa} \) - Result: The product has the molecular formula \( (C_6H_5)C_4H_9 \theta \). - Note: Achiral - **(R)-B:** - Reaction: \(\text{MeSNa, DMSO}\) - Result: The product has S configuration. - **(S)-B:** - Reaction: \(\text{t-BuOK}\) - Result: Produces \( \text{Ph} \) - **(R)-C:** - Reaction: \(\text{MeONa}\) - Result: The product has the molecular formula \( (C_6H_5)C_3H_5 \). - **(S)-C:** - Reaction: \(\text{KCN, DMF}\) - Result: The product has R configuration. - **D:** - Reaction 1: \(\text{MeOH, 60°C}\) - Result: The product has the molecular formula \( (C_6H_5)C_4H_9 \theta \). - Note: Isomer D reacts the fastest of all the \( (C_6H_5)C_3H_6Cl \) isomers under these reaction conditions. - Reaction 2: \(\text{MeONa}\) and \(\text{t-BuOK}\) - Note: These two reactions give the same product. - **(R)-E:** - Reaction: \(\text{N}_3
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