Check the box under each molecule in the table below that is an isomer of this molecule: НО HO If there are no isomers, check the none of the above box under the table. НО ОН НО OH

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Chapter1: Chemical Foundations
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### Checking for Isomers

#### Instructions:
Check the box under each molecule in the table below that is an isomer of this molecule:

![Molecule Structure](/path/to/image.png)
(Refer to the actual website for the molecular structure image)

#### Given Molecule:
- Structure: Hydroxyl group (OH) bonded to a carbon chain with another hydroxyl group at a different position.

#### Task:
Evaluate each of the following molecules to determine if they are isomers of the given molecule. If there are no isomers, check the **none of the above** box under the table.

#### Molecule Options:
1. ![Pentagon with Oxygen](https://path/to/image.png)
   - This is a cyclic compound with an oxygen atom forming a five-membered ring structure.
   - **Isomer?** [ ] Check if this molecule is an isomer of the given molecule.

2. ![Diagonal Chain with Hydroxyl Groups](https://path/to/image.png)
   - This molecule has two hydroxyl groups attached to a linear carbon chain.
   - **Isomer?** [ ] Check if this molecule is an isomer of the given molecule.

3. ![Chain with Multiple Hydroxyl Groups](https://path/to/image.png)
   - This structure shows a carbon chain with hydroxyl groups attached at different positions.
   - **Isomer?** [ ] Check if this molecule is an isomer of the given molecule.

4. ![Carbonyl Group](https://path/to/image.png)
   - This molecule contains a carbonyl group (C=O) along with other functional groups.
   - **Isomer?** [ ] Check if this molecule is an isomer of the given molecule.

#### None of the Above:
- If you determine that none of the molecules listed are isomers of the given molecule, then check the "**none of the above**" box.
- **Isomer?** [ ] None of the above

##### How to Determine Isomers:
- Isomers are compounds with the same chemical formula but different arrangements of atoms.
- Verify the chemical formula of each molecule to see if it matches that of the given molecule.
- Consider the structure and bonding to determine if the molecules are arranged differently but still share the same formula.

**Note:** Make sure to check your answers and ensure accuracy before submitting.
Transcribed Image Text:### Checking for Isomers #### Instructions: Check the box under each molecule in the table below that is an isomer of this molecule: ![Molecule Structure](/path/to/image.png) (Refer to the actual website for the molecular structure image) #### Given Molecule: - Structure: Hydroxyl group (OH) bonded to a carbon chain with another hydroxyl group at a different position. #### Task: Evaluate each of the following molecules to determine if they are isomers of the given molecule. If there are no isomers, check the **none of the above** box under the table. #### Molecule Options: 1. ![Pentagon with Oxygen](https://path/to/image.png) - This is a cyclic compound with an oxygen atom forming a five-membered ring structure. - **Isomer?** [ ] Check if this molecule is an isomer of the given molecule. 2. ![Diagonal Chain with Hydroxyl Groups](https://path/to/image.png) - This molecule has two hydroxyl groups attached to a linear carbon chain. - **Isomer?** [ ] Check if this molecule is an isomer of the given molecule. 3. ![Chain with Multiple Hydroxyl Groups](https://path/to/image.png) - This structure shows a carbon chain with hydroxyl groups attached at different positions. - **Isomer?** [ ] Check if this molecule is an isomer of the given molecule. 4. ![Carbonyl Group](https://path/to/image.png) - This molecule contains a carbonyl group (C=O) along with other functional groups. - **Isomer?** [ ] Check if this molecule is an isomer of the given molecule. #### None of the Above: - If you determine that none of the molecules listed are isomers of the given molecule, then check the "**none of the above**" box. - **Isomer?** [ ] None of the above ##### How to Determine Isomers: - Isomers are compounds with the same chemical formula but different arrangements of atoms. - Verify the chemical formula of each molecule to see if it matches that of the given molecule. - Consider the structure and bonding to determine if the molecules are arranged differently but still share the same formula. **Note:** Make sure to check your answers and ensure accuracy before submitting.
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