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4. For each example below, draw at least onc possīble isomer that is consistent with the molecular formula and the associated IR spectrum. Page 3 a. MW 82, CaH10 48 20 b. MW 116, Coll2O2 4000 2500 1111 un

4. For each example below, draw at least onc possīble isomer that is consistent with the molecular formula and the associated IR spectrum. Page 3 a. MW 82, CaH10 48 20 b. MW 116, Coll2O2 4000 2500 1111 un

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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The image contains infrared (IR) spectra for two different chemical compounds, each requiring isomer identification based on molecular formula and IR data. **Text:** 4. For each example below, draw at least one possible isomer that is consistent with the molecular formula and the associated IR spectrum. **a. MW 82, C<sub>6</sub>H<sub>10</sub>** - The graph displays an IR spectrum with significant absorption peaks. Notable peaks are observed around: - 3312 cm<sup>-1** - 2925 cm<sup>-1 - 1643 cm<sup>-1 - 1413 cm<sup>-1 - 1254 cm<sup>-1 - 1017 cm<sup>-1 - 819 cm<sup>-1 - 743 cm<sup>-1 - 689 cm<sup>-1 **b. MW 116, C<sub>6</sub>H<sub>12</sub>O<sub>2</sub>** - This spectrum also features distinct absorption peaks located at: - 3434 cm<sup>-1 - 2854 cm<sup>-1 - 1731 cm<sup>-1 - 1437 cm<sup>-1 - 1371 cm<sup>-1 - 1241 cm<sup>-1 - 1164 cm<sup>-1 - 1102 cm<sup>-1 - 1048 cm<sup>-1 The spectra are presented with wavenumbers (in cm<sup>-1</sup>) on the x-axis and % transmittance on the y-axis. The IR peaks correspond to various functional groups, aiding in deducing potential isomer structures consistent with each molecular formula.
Transcribed Image Text:The image contains infrared (IR) spectra for two different chemical compounds, each requiring isomer identification based on molecular formula and IR data. **Text:** 4. For each example below, draw at least one possible isomer that is consistent with the molecular formula and the associated IR spectrum. **a. MW 82, C<sub>6</sub>H<sub>10</sub>** - The graph displays an IR spectrum with significant absorption peaks. Notable peaks are observed around: - 3312 cm<sup>-1** - 2925 cm<sup>-1 - 1643 cm<sup>-1 - 1413 cm<sup>-1 - 1254 cm<sup>-1 - 1017 cm<sup>-1 - 819 cm<sup>-1 - 743 cm<sup>-1 - 689 cm<sup>-1 **b. MW 116, C<sub>6</sub>H<sub>12</sub>O<sub>2</sub>** - This spectrum also features distinct absorption peaks located at: - 3434 cm<sup>-1 - 2854 cm<sup>-1 - 1731 cm<sup>-1 - 1437 cm<sup>-1 - 1371 cm<sup>-1 - 1241 cm<sup>-1 - 1164 cm<sup>-1 - 1102 cm<sup>-1 - 1048 cm<sup>-1 The spectra are presented with wavenumbers (in cm<sup>-1</sup>) on the x-axis and % transmittance on the y-axis. The IR peaks correspond to various functional groups, aiding in deducing potential isomer structures consistent with each molecular formula.
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