II. Indicate the correct correlation between the following pairs of molecules. Write the appropriate letter in the box. S = Same Compound, E = Enantiomers, D = Diastereomers, and C = Constitutional Isomers. (? Br CI Br 7. and 8. 9. Br and and Br CI CH3 CH3 HBr and CH Br and 11. 10. Br Br -H- CH,CH3 CH,CH3

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Chapter1: Chemical Foundations
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**Indicate the correct correlation between the following pairs of molecules.**

Write the appropriate letter in the box.

- **S** = Same Compound
- **E** = Enantiomers
- **D** = Diastereomers
- **C** = Constitutional Isomers

**7.**

Two molecules are shown:

- The first molecule is a structure with a bromine atom (Br) attached to a carbon chain.
- The second molecule is a similar structure, possibly a mirror image.

**8.**

Two molecules are shown:

- The first molecule is a carbon chain with a chlorine atom (Cl) attached.
- The second molecule is another carbon chain with a chlorine atom, possibly differing in spatial arrangement.

**9.**

Two molecules are depicted as cyclic compounds:

- The first molecule has a chlorine (Cl) attached to a carbon within a ring.
- The second molecule has a bromine (Br) located on a cyclohexane ring.

**10.**

Two molecules are shown:

- The first molecule is a ring structure with a bromine atom (Br) on a carbon.
- The second structure is an open-chain molecule with two bromine atoms.

**11.**

Two molecules are displayed:

- The chemical structures include carbon chains with attached chlorine (Cl) and bromine (Br) atoms.
- The groups on each carbon differ between the two molecules, possibly indicating stereochemical changes.

In each box corresponding to the molecule pair, write the appropriate classification (S, E, D, or C) based on their similarities and differences.
Transcribed Image Text:**Indicate the correct correlation between the following pairs of molecules.** Write the appropriate letter in the box. - **S** = Same Compound - **E** = Enantiomers - **D** = Diastereomers - **C** = Constitutional Isomers **7.** Two molecules are shown: - The first molecule is a structure with a bromine atom (Br) attached to a carbon chain. - The second molecule is a similar structure, possibly a mirror image. **8.** Two molecules are shown: - The first molecule is a carbon chain with a chlorine atom (Cl) attached. - The second molecule is another carbon chain with a chlorine atom, possibly differing in spatial arrangement. **9.** Two molecules are depicted as cyclic compounds: - The first molecule has a chlorine (Cl) attached to a carbon within a ring. - The second molecule has a bromine (Br) located on a cyclohexane ring. **10.** Two molecules are shown: - The first molecule is a ring structure with a bromine atom (Br) on a carbon. - The second structure is an open-chain molecule with two bromine atoms. **11.** Two molecules are displayed: - The chemical structures include carbon chains with attached chlorine (Cl) and bromine (Br) atoms. - The groups on each carbon differ between the two molecules, possibly indicating stereochemical changes. In each box corresponding to the molecule pair, write the appropriate classification (S, E, D, or C) based on their similarities and differences.
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