Provide the correct common name for the compound shown here. 6- 5-3- 4- 2- 1- tert-iso sec- di tri cyclo hex meth eth benz pent phen ether oxy ester

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Chapter1: Chemical Foundations
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please make sure the first one is the COMMON name 

**Exercise on Naming Organic Compounds**

**Task**: Provide the correct common name for the compound shown here.

**Compound Structure**:
- The image displays a chemical structure featuring a benzene ring attached to an oxygen atom, which in turn is connected to an ethyl group.

**Options to Create the Name**:
Below the structure, you are provided with buttons containing various prefixes, suffixes, and numbers which you can use to construct the correct name for the given compound.

**Available Choices**:
- **Numbers**: 6-, 5-, 3-, 4-, 2-, 1-
- **Prefixes**: tert-, iso, sec-, di, tri, cyclo
- **Root Words**: hex, meth, eth
- **Aromatic and other specific groups**: benz, pent, phen
- **Functional group indicators**: ether, oxy, ester

Use these options to form the correct common name for the given compound structure. To select an option, simply click on the buttons provided in the interactive exercise below the compound image.

**Explanation**:
- The benzene ring signifies a phenyl group.
- The connection via an oxygen atom indicates the presence of an ether functional group.
- The attachment of an ethyl group to the oxygen refines the compound name to involve the ethoxy group.

The correct name will incorporate elements reflecting these features.

---
Note: This exercise aims to test the understanding and application of common naming conventions in organic chemistry.
Transcribed Image Text:**Exercise on Naming Organic Compounds** **Task**: Provide the correct common name for the compound shown here. **Compound Structure**: - The image displays a chemical structure featuring a benzene ring attached to an oxygen atom, which in turn is connected to an ethyl group. **Options to Create the Name**: Below the structure, you are provided with buttons containing various prefixes, suffixes, and numbers which you can use to construct the correct name for the given compound. **Available Choices**: - **Numbers**: 6-, 5-, 3-, 4-, 2-, 1- - **Prefixes**: tert-, iso, sec-, di, tri, cyclo - **Root Words**: hex, meth, eth - **Aromatic and other specific groups**: benz, pent, phen - **Functional group indicators**: ether, oxy, ester Use these options to form the correct common name for the given compound structure. To select an option, simply click on the buttons provided in the interactive exercise below the compound image. **Explanation**: - The benzene ring signifies a phenyl group. - The connection via an oxygen atom indicates the presence of an ether functional group. - The attachment of an ethyl group to the oxygen refines the compound name to involve the ethoxy group. The correct name will incorporate elements reflecting these features. --- Note: This exercise aims to test the understanding and application of common naming conventions in organic chemistry.
**Title: Identifying Ethers in Organic Chemistry**

**Question:**
What is the name of the ether shown here?

**Molecular Diagram:**
The diagram on the left illustrates an organic compound consisting of a benzene ring (a hexagon with alternating double bonds) connected to an oxygen atom, which is in turn connected to a propyl group (a three-carbon chain).

**Multiple Choice Options:**
A) ether  
B) phenyl ether  
C) propyl ether  
D) propyl phenyl ether  
E) phenyl propyl ether  

**Explanation:**
To identify the correct name of the ether, we need to recognize the different functional groups present in the compound. The benzene ring is attached to an oxygen atom, forming a phenyl group, while the propyl group is attached to the other side of the oxygen. Understanding the structure, we can now determine the correct IUPAC name for this ether.
Transcribed Image Text:**Title: Identifying Ethers in Organic Chemistry** **Question:** What is the name of the ether shown here? **Molecular Diagram:** The diagram on the left illustrates an organic compound consisting of a benzene ring (a hexagon with alternating double bonds) connected to an oxygen atom, which is in turn connected to a propyl group (a three-carbon chain). **Multiple Choice Options:** A) ether B) phenyl ether C) propyl ether D) propyl phenyl ether E) phenyl propyl ether **Explanation:** To identify the correct name of the ether, we need to recognize the different functional groups present in the compound. The benzene ring is attached to an oxygen atom, forming a phenyl group, while the propyl group is attached to the other side of the oxygen. Understanding the structure, we can now determine the correct IUPAC name for this ether.
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