Fall 201 CHM-120 14. Predict the product of the reaction below. Which of the following change(s) in the IR spectrum is consistent with conversion of the reactant to product? OH 1. NaH 2. EtBr H NoH: (a) absorption at 3600-3200 cm1 should disappear (b) absorption at 3600-3200 cm1 should appear (c) absorptions at 1650 cm1 and 3100 cm1 should disappear (d) absorptions at 1650 cm1 and 3100 cm1 should appear (e) none of these 15. Predict the product of the reaction below. Which of the following change(s) in the with conversion of the reactant to product

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14. predict the product of the raction below. Which of the following change(s) in the IR spectrum is consistent with conversion of the reactant to product

Fall 201
CHM-120
14. Predict the product of the reaction below. Which of the following change(s) in the IR
spectrum is consistent with conversion of the reactant to product?
OH
1. NaH
2. EtBr
H NoH:
(a) absorption at 3600-3200 cm1 should disappear
(b) absorption at 3600-3200 cm1 should appear
(c) absorptions at 1650 cm1 and 3100 cm1 should disappear
(d) absorptions at 1650 cm1 and 3100 cm1 should appear
(e) none of these
15. Predict the product of the reaction below. Which of the following change(s) in the
with conversion of the reactant to product
Transcribed Image Text:Fall 201 CHM-120 14. Predict the product of the reaction below. Which of the following change(s) in the IR spectrum is consistent with conversion of the reactant to product? OH 1. NaH 2. EtBr H NoH: (a) absorption at 3600-3200 cm1 should disappear (b) absorption at 3600-3200 cm1 should appear (c) absorptions at 1650 cm1 and 3100 cm1 should disappear (d) absorptions at 1650 cm1 and 3100 cm1 should appear (e) none of these 15. Predict the product of the reaction below. Which of the following change(s) in the with conversion of the reactant to product
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