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11 Nov 2019
Name: SP 2018 CHE 202 Problem Set 4 Page 5 6. Propose a structure that fits the followir 3 spectroscopic data: Structure Formula Spectroscopic data IR: 1680 cm CHO ' NMR: 1.25 8 (triplet, 3H), 36 8 (quartet, 2H). 7- 86 (complex multiplet, 5H) IR: 1728 cm Call o Broadband decoupled C NM 13.71, 15.69 |4582.202.806 DEPT experiments show: signal at 13.71 δ as CH and signals at 15.69, 45.82 as CH IR: 1737 cm Broadband decoupled 'C NMR |204,800 15.48, 41.07, Ca} 10 DEPT experiments show: signal at 41.07 o as CH and signal at 15.48 δ as CH 7. Suggest a reasonable synthetic strategy for the synthesis of 2-methyl-3-hexanol from 1-butanol.
Name: SP 2018 CHE 202 Problem Set 4 Page 5 6. Propose a structure that fits the followir 3 spectroscopic data: Structure Formula Spectroscopic data IR: 1680 cm CHO ' NMR: 1.25 8 (triplet, 3H), 36 8 (quartet, 2H). 7- 86 (complex multiplet, 5H) IR: 1728 cm Call o Broadband decoupled C NM 13.71, 15.69 |4582.202.806 DEPT experiments show: signal at 13.71 δ as CH and signals at 15.69, 45.82 as CH IR: 1737 cm Broadband decoupled 'C NMR |204,800 15.48, 41.07, Ca} 10 DEPT experiments show: signal at 41.07 o as CH and signal at 15.48 δ as CH 7. Suggest a reasonable synthetic strategy for the synthesis of 2-methyl-3-hexanol from 1-butanol.
Tod ThielLv2
16 Mar 2019