In the Carbon-13 NMR Spectrum of Propan-2-ol, we should see three peaks. Here's why:

1. Propan-2-ol has the molecular formula CH3CHOHCH3.

2. In this molecule, there are three types of carbon environments.

3. The first type is the carbon in the -CH3 group. There are two of these, but they are in the same environment, so they give rise to one peak.

4. The second type is the carbon in the -CHOH- group. This is a unique environment, so it gives rise to a second peak.

5. Therefore, in total, we should see three peaks in the Carbon-13 NMR Spectrum of Propan-2-ol.

Question

In the Carbon-13 NMR Spectrum of Propan-2-ol, we should see three peaks. Here's why:

1. Propan-2-ol has the molecular formula CH3CHOHCH3.

2. In this molecule, there are three types of carbon environments.

3. The first type is the carbon in the -CH3 group. There are two of these, but they are in the same environment, so they give rise to one peak.

4. The second type is the carbon in the -CHOH- group. This is a unique environment, so it gives rise to a second peak.

5. Therefore, in total, we should see three peaks in the Carbon-13 NMR Spectrum of Propan-2-ol.

Knowee AI · Accepted Answer

In the Carbon-13 NMR Spectrum of Propan-2-ol, we should see three peaks. Here's why:

1. Propan-2-ol has the molecular formula CH3CHOHCH3.

2. In this molecule, there are three types of carbon environments.

3. The first type is the carbon in the -CH3 group. There are two of these, but they are in the same environment, so they give rise to one peak.

4. The second type is the carbon in the -CHOH- group. This is a unique environment, so it gives rise to a second peak.

5. Therefore, in total, we should see three peaks in the Carbon-13 NMR Spectrum of Propan-2-ol.

How many peaks should we see in the Carbon-13 NMR Spectrum of Propan-2-ol?