What is the structure of C7H14O2 given the information. Also, what would happen if the structure were to change?

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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Problem 1RQ: Define and explain the differences between the following terms. a. law and theory b. theory and...
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What is the structure of C7H14O2 given the information. Also, what would happen if the structure were to change?

The image contains two nuclear magnetic resonance (NMR) spectra, specifically a ^1H NMR spectrum and a ^13C NMR spectrum.

### ^1H NMR Spectrum

- **X-axis (PPM):** Chemical shift in parts per million (PPM).
- **Y-axis (Signal Intensity):** Relative intensity of the signals.
- **Peaks:**
  - **At ~12 PPM:** A singlet peak corresponding to 1 hydrogen (1H).
  - **At ~4.6 PPM:** A triplet peak corresponding to 2 hydrogens (2H).
  - **At ~1.2 PPM:** A triplet peak corresponding to 2 hydrogens (2H).
  - **At ~0.9 PPM:** A singlet peak corresponding to 9 hydrogens (9H).

### ^13C NMR Spectrum

- **X-axis (PPM):** Chemical shift in parts per million (PPM).
- **Y-axis (Signal Intensity):** Relative intensity of the signals.
- **Peaks:**
  - A single peak near 180 PPM.
  - Multiple peaks between 40 and 20 PPM.

These spectra are used to identify chemical environments of hydrogen and carbon atoms within a molecule, allowing determination of the molecular structure.
Transcribed Image Text:The image contains two nuclear magnetic resonance (NMR) spectra, specifically a ^1H NMR spectrum and a ^13C NMR spectrum. ### ^1H NMR Spectrum - **X-axis (PPM):** Chemical shift in parts per million (PPM). - **Y-axis (Signal Intensity):** Relative intensity of the signals. - **Peaks:** - **At ~12 PPM:** A singlet peak corresponding to 1 hydrogen (1H). - **At ~4.6 PPM:** A triplet peak corresponding to 2 hydrogens (2H). - **At ~1.2 PPM:** A triplet peak corresponding to 2 hydrogens (2H). - **At ~0.9 PPM:** A singlet peak corresponding to 9 hydrogens (9H). ### ^13C NMR Spectrum - **X-axis (PPM):** Chemical shift in parts per million (PPM). - **Y-axis (Signal Intensity):** Relative intensity of the signals. - **Peaks:** - A single peak near 180 PPM. - Multiple peaks between 40 and 20 PPM. These spectra are used to identify chemical environments of hydrogen and carbon atoms within a molecule, allowing determination of the molecular structure.
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