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Starting with sodium azide as your source of nitrogen and using any other reagents of your choice, show how you would prepare the following compound: P sodium azide - Identify a suitable synthesis that could be used to achieve the transformation given above. 1. Mel (xs) 2 H₂ Pt 1. Mel 2. H₂. Pl =0 1. Mel 2 M₂. Pt NaBH₂CN, H NaBH,CN, H d daa NabH,CN, H NaBH,CN, H NabH,CN, H NaBH,CN, H H H 2 NHANH H H Nabi,CN, H

Starting with sodium azide as your source of nitrogen and using any other reagents of your choice, show how you would prepare the following compound: P sodium azide - Identify a suitable synthesis that could be used to achieve the transformation given above. 1. Mel (xs) 2 H₂ Pt 1. Mel 2. H₂. Pl =0 1. Mel 2 M₂. Pt NaBH₂CN, H NaBH,CN, H d daa NabH,CN, H NaBH,CN, H NabH,CN, H NaBH,CN, H H H 2 NHANH H H Nabi,CN, H

Organic Chemistry
Organic Chemistry
9th Edition
ISBN:9781305080485
Author:John E. McMurry
Publisher:John E. McMurry
Chapter20: Carboxylic Acids And Nitriles
Section20.SE: Something Extra
Problem 37AP
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Starting with sodium azide as your source of nitrogen and using any other reagents of your choice, show how you would prepare the following compound: + sodium azide- Identify a suitable synthesis that could be used to achieve the transformation given above. 1. Mel (xs) 2 H₂ Pt 1. Mel 2. H₂. PM 요. NabH,CN, H 1. Mel 0 NaBH₂CN, H NabH,CN, H H H 2 NHANH, NaBH,CN. H NaBH,CN, H NaBH,CN, H "H NatiH,CN, H
Transcribed Image Text:Starting with sodium azide as your source of nitrogen and using any other reagents of your choice, show how you would prepare the following compound: + sodium azide- Identify a suitable synthesis that could be used to achieve the transformation given above. 1. Mel (xs) 2 H₂ Pt 1. Mel 2. H₂. PM 요. NabH,CN, H 1. Mel 0 NaBH₂CN, H NabH,CN, H H H 2 NHANH, NaBH,CN. H NaBH,CN, H NaBH,CN, H "H NatiH,CN, H
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