Isoamyl acetate: Match the peaks to the appropriate number on the structure. A letter may correspond to more than one number. a d. 3H 1.7 PPN 1 4 3 3.5 3.0 2.5 2.0 1.5 1.0 0.5 PPM за 1. 1 3 d 2. 2 2 e 3. 3 4 f 4. 4 4 C 5. 5 1

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**Isoamyl Acetate NMR Analysis**

*Task*: Match the peaks in the NMR spectrum to the appropriate atom numbers in the isoamyl acetate structure. Note that a letter may correspond to more than one number.

**Chemical Structure Labels**:
- a
- b
- c
- d
- e
- f

**NMR Spectrum Description**:
- The spectrum spans from 0 to 3.5 ppm.
- Notable peaks:
  - At 3.5 ppm: Peak labeled as `H` indicating a singlet with integration for 3 hydrogens (3H).
  - At 2.7 ppm: Peak indicating 2 hydrogens (2H).
  - Around 1.7 ppm: A multiplet for 1 hydrogen (1H).
  - Between 0.9 ppm and 1.2 ppm: Peaks for 2 hydrogens (2H) and 6 hydrogens (6H), indicating triplets and/or quartets.

**Matching Structure and Peaks**:
- 3.5 ppm peak matches to atom *a*.
- 2.7 ppm peak matches to atom *e*.
- 1.7 ppm matches to atom *d*.
- Peaks around 0.9 and 1.2 ppm match to atoms *f* and *c*.
- The smallest peak around 0.8 ppm corresponds to atom *b*.

**Assignments**:
- 3 - a
- 3 - d
- 2 - e
- 4 - f
- 4 - c
- 1 - b

Ensure that when analyzing the NMR spectrum, each peak corresponds to a structural element in the compound, illustrating the hydrogen environments present in isoamyl acetate.
Transcribed Image Text:**Isoamyl Acetate NMR Analysis** *Task*: Match the peaks in the NMR spectrum to the appropriate atom numbers in the isoamyl acetate structure. Note that a letter may correspond to more than one number. **Chemical Structure Labels**: - a - b - c - d - e - f **NMR Spectrum Description**: - The spectrum spans from 0 to 3.5 ppm. - Notable peaks: - At 3.5 ppm: Peak labeled as `H` indicating a singlet with integration for 3 hydrogens (3H). - At 2.7 ppm: Peak indicating 2 hydrogens (2H). - Around 1.7 ppm: A multiplet for 1 hydrogen (1H). - Between 0.9 ppm and 1.2 ppm: Peaks for 2 hydrogens (2H) and 6 hydrogens (6H), indicating triplets and/or quartets. **Matching Structure and Peaks**: - 3.5 ppm peak matches to atom *a*. - 2.7 ppm peak matches to atom *e*. - 1.7 ppm matches to atom *d*. - Peaks around 0.9 and 1.2 ppm match to atoms *f* and *c*. - The smallest peak around 0.8 ppm corresponds to atom *b*. **Assignments**: - 3 - a - 3 - d - 2 - e - 4 - f - 4 - c - 1 - b Ensure that when analyzing the NMR spectrum, each peak corresponds to a structural element in the compound, illustrating the hydrogen environments present in isoamyl acetate.
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