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For the following reaction, which of the following change(s) in the IR spectrum is consistent with conversion of the reactant to th product? H CN 1. DIBAH 2. H₂O* O absorption at 3200-3400 cm¹ and 1720cm¹ should appear O absorption at 2250 cm ¹ should disappear, a new absorption around 3400 cm 1 should appear. O none of these O absorption at 2250 cm¹ should disappear, new absorptions at 2600-2800 cm¹ and 1720 cm ¹ should appear. O absorption at 2250 cm¹ should disappear

For the following reaction, which of the following change(s) in the IR spectrum is consistent with conversion of the reactant to th product? H CN 1. DIBAH 2. H₂O* O absorption at 3200-3400 cm¹ and 1720cm¹ should appear O absorption at 2250 cm ¹ should disappear, a new absorption around 3400 cm 1 should appear. O none of these O absorption at 2250 cm¹ should disappear, new absorptions at 2600-2800 cm¹ and 1720 cm ¹ should appear. O absorption at 2250 cm¹ should disappear

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
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For the following reaction, which of the following change(s) in the IR spectrum is consistent with conversion of the reactant to th product? H CN 1. DIBAH 2. H₂O* O absorption at 3200-3400 cm¹ and 1720cm¹ should appear O absorption at 2250 cm ¹ should disappear, a new absorption around 3400 cm 1 should appear. O none of these O absorption at 2250 cm¹ should disappear, new absorptions at 2600-2800 cm¹ and 1720 cm ¹ should appear. O absorption at 2250 cm¹ should disappear No new data to save. Last checked at 3:53pm
Transcribed Image Text:For the following reaction, which of the following change(s) in the IR spectrum is consistent with conversion of the reactant to th product? H CN 1. DIBAH 2. H₂O* O absorption at 3200-3400 cm¹ and 1720cm¹ should appear O absorption at 2250 cm ¹ should disappear, a new absorption around 3400 cm 1 should appear. O none of these O absorption at 2250 cm¹ should disappear, new absorptions at 2600-2800 cm¹ and 1720 cm ¹ should appear. O absorption at 2250 cm¹ should disappear No new data to save. Last checked at 3:53pm
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