2. For each of the following compounds, circle all stereocenters. If there are no stereocenters in the compound, circle "No stereocenters". (a) CH3 "OH No stereocenters H" (b) H No stereocenters HO (c) CH3 No stereocenters Br" (d) Br No stereocenters

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**Question 2:** For each of the following compounds, circle all stereocenters. If there are no stereocenters in the compound, circle "No stereocenters". 

**Compounds:**

(a) A hexagonal ring with CH₃ and OH groups attached.  
   - Label: No stereocenters

(b) A hexagonal ring with two hydrogen atoms (H) attached.  
   - Label: No stereocenters

(c) A hexagonal ring with CH₃ and HO groups attached.  
   - Label: No stereocenters

(d) A hexagonal ring with two bromine atoms (Br) attached.  
   - Label: No stereocenters

**Explanation:**

Each diagram is a hexagon representing a cyclohexane ring. Various substituents are attached to the rings, such as methyl (CH₃), hydroxyl (OH), and bromine (Br) groups. Despite the different attachments, none of the compounds have stereocenters, as indicated by the labels beneath each diagram.
Transcribed Image Text:**Question 2:** For each of the following compounds, circle all stereocenters. If there are no stereocenters in the compound, circle "No stereocenters". **Compounds:** (a) A hexagonal ring with CH₃ and OH groups attached. - Label: No stereocenters (b) A hexagonal ring with two hydrogen atoms (H) attached. - Label: No stereocenters (c) A hexagonal ring with CH₃ and HO groups attached. - Label: No stereocenters (d) A hexagonal ring with two bromine atoms (Br) attached. - Label: No stereocenters **Explanation:** Each diagram is a hexagon representing a cyclohexane ring. Various substituents are attached to the rings, such as methyl (CH₃), hydroxyl (OH), and bromine (Br) groups. Despite the different attachments, none of the compounds have stereocenters, as indicated by the labels beneath each diagram.
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