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b. Aniline 10 can be converted to phenol 12 through an intermediate 11, Figure 5. NH₂ 10 NaNO₂' HCI 0°C C6H5CIN₂ 11 Figure 5 OH 12 (i) Identify the structure of intermediate 11 (ii) Show the mechanism for the conversion of compound 10 to compound 11. (iii) Identify the reaction conditions for the formation of 12 from compound 11.

b. Aniline 10 can be converted to phenol 12 through an intermediate 11, Figure 5. NH₂ 10 NaNO₂' HCI 0°C C6H5CIN₂ 11 Figure 5 OH 12 (i) Identify the structure of intermediate 11 (ii) Show the mechanism for the conversion of compound 10 to compound 11. (iii) Identify the reaction conditions for the formation of 12 from compound 11.

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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b. Aniline 10 can be converted to phenol 12 through an intermediate 11, Figure 5. NH₂ 10 NaNO₂' HCI 0 °C C6H5CIN₂ 11 Figure 5 14 ? (i) Identify the structure of intermediate 11 (ii) Show the mechanism for the conversion of compound 10 to compound 11. (iii) Identify the reaction conditions for the formation of 12 from compound 11. ? OH The starting materials 13 and 14, Figure 6, can undergo a Diels Alder reaction to form two products 15 and 16. Draw the structure of each product and predict which of the two products will be favoured in the reaction. 0.4 13 12 15 16
Transcribed Image Text:b. Aniline 10 can be converted to phenol 12 through an intermediate 11, Figure 5. NH₂ 10 NaNO₂' HCI 0 °C C6H5CIN₂ 11 Figure 5 14 ? (i) Identify the structure of intermediate 11 (ii) Show the mechanism for the conversion of compound 10 to compound 11. (iii) Identify the reaction conditions for the formation of 12 from compound 11. ? OH The starting materials 13 and 14, Figure 6, can undergo a Diels Alder reaction to form two products 15 and 16. Draw the structure of each product and predict which of the two products will be favoured in the reaction. 0.4 13 12 15 16
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