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Br Br Br Br ОН LOH H2O, H¿SO4 H2 Pd/C 1. ВН+/THF 2. HO¯, H2O2, LOH RÖOOH H2O LOR H. H Name the following compound. CO Br2 H2O Br2 HBr 1. Оз, -78°C 2. (CH3)2S ROH, H,SO4

Br Br Br Br ОН LOH H2O, H¿SO4 H2 Pd/C 1. ВН+/THF 2. HO¯, H2O2, LOH RÖOOH H2O LOR H. H Name the following compound. CO Br2 H2O Br2 HBr 1. Оз, -78°C 2. (CH3)2S ROH, H,SO4

Chemistry
Chemistry
10th Edition
ISBN:9781305957404
Author:Steven S. Zumdahl, Susan A. Zumdahl, Donald J. DeCoste
Publisher:Steven S. Zumdahl, Susan A. Zumdahl, Donald J. DeCoste
Chapter1: Chemical Foundations
Section: Chapter Questions
Problem 1RQ: Define and explain the differences between the following terms. a. law and theory b. theory and...
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Title: Name the Following Compound Description: The image presented is a chemical reaction schema revolving around cyclohexene. It includes multiple transformation pathways of cyclohexene, which lead to various organic compounds. Below the schema is the query, "Name the following compound." Reactions: 1. **Cyclohexene (Starting compound in the center)**: - Its transformations lead to multiple different products, indicated by arrows. 2. **Pathway 1**: - Reagent: Br₂, H₂O - Product: Compound with a bromine atom (Br) attached to one carbon. 3. **Pathway 2**: - Reagent: H₂, Pd/C - Product: Cyclohexane. 4. **Pathway 3**: - Reagent: Br₂ (Bromine) - Product: Dibromocyclohexane (compound with two bromine atoms attached to two different carbons). 5. **Pathway 4**: - Reagent: H₂SO₄, H₂O - Product: Cyclohexanol (compound with hydroxyl group (OH) attached). 6. **Pathway 5**: - Reagent: 1. BH₃/THF, 2. H₂O₂, OH⁻ - Product: Cyclohexanol with the hydroxyl group (OH) potentially attached to a different carbon compared to Pathway 4. 7. **Pathway 6**: - Reagent: ROH, H₂SO₄ - Product: Ether derivative with R attached via oxygen. 8. **Pathway 7**: - Reagent: HBr - Product: Bromocyclohexane. 9. **Pathway 8**: - Reagent: (CH₃)₂S - Product: Epoxide. 10. **Pathway 9**: - Reagent: RCOOH - Product: Hydroxy ester. 11. **Pathway 10**: - Reagent: 1. O₃ (-78 °C), 2. (CH₃)₂S - Product: Dialdehyde compound. Explanation: Each of these pathways represents common organic chemistry transformations involving cyclohexene as the starting material. The image shows the versatility of cycl
Transcribed Image Text:Title: Name the Following Compound Description: The image presented is a chemical reaction schema revolving around cyclohexene. It includes multiple transformation pathways of cyclohexene, which lead to various organic compounds. Below the schema is the query, "Name the following compound." Reactions: 1. **Cyclohexene (Starting compound in the center)**: - Its transformations lead to multiple different products, indicated by arrows. 2. **Pathway 1**: - Reagent: Br₂, H₂O - Product: Compound with a bromine atom (Br) attached to one carbon. 3. **Pathway 2**: - Reagent: H₂, Pd/C - Product: Cyclohexane. 4. **Pathway 3**: - Reagent: Br₂ (Bromine) - Product: Dibromocyclohexane (compound with two bromine atoms attached to two different carbons). 5. **Pathway 4**: - Reagent: H₂SO₄, H₂O - Product: Cyclohexanol (compound with hydroxyl group (OH) attached). 6. **Pathway 5**: - Reagent: 1. BH₃/THF, 2. H₂O₂, OH⁻ - Product: Cyclohexanol with the hydroxyl group (OH) potentially attached to a different carbon compared to Pathway 4. 7. **Pathway 6**: - Reagent: ROH, H₂SO₄ - Product: Ether derivative with R attached via oxygen. 8. **Pathway 7**: - Reagent: HBr - Product: Bromocyclohexane. 9. **Pathway 8**: - Reagent: (CH₃)₂S - Product: Epoxide. 10. **Pathway 9**: - Reagent: RCOOH - Product: Hydroxy ester. 11. **Pathway 10**: - Reagent: 1. O₃ (-78 °C), 2. (CH₃)₂S - Product: Dialdehyde compound. Explanation: Each of these pathways represents common organic chemistry transformations involving cyclohexene as the starting material. The image shows the versatility of cycl
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