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The total number of structural isomers (acyclic and cyclic) possible for the molecular formula, C6H6 are
- a)1
- b)2
- c)3
- d)4
Correct answer is option 'B'. Can you explain this answer?
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**Explanation:**
To find the total number of structural isomers for the molecular formula C6H6, we need to consider both acyclic and cyclic structures.
**Acyclic Structures:**
Acyclic structures are those in which the carbon atoms are arranged in a linear or branched chain. For the molecular formula C6H6, we can have the following acyclic structures:
1. **Benzene:** The most common and well-known structure for C6H6 is benzene, which consists of a ring of six carbon atoms with alternating single and double bonds. This structure is cyclic.
**Cyclic Structures:**
Cyclic structures are those in which the carbon atoms form a closed ring. For the molecular formula C6H6, we can have the following cyclic structures:
1. **Benzene:** As mentioned before, benzene is a cyclic structure and can be counted in this category as well.
Therefore, the total number of structural isomers for the molecular formula C6H6 is 2.
**Answer:**
b) 2
To find the total number of structural isomers for the molecular formula C6H6, we need to consider both acyclic and cyclic structures.
**Acyclic Structures:**
Acyclic structures are those in which the carbon atoms are arranged in a linear or branched chain. For the molecular formula C6H6, we can have the following acyclic structures:
1. **Benzene:** The most common and well-known structure for C6H6 is benzene, which consists of a ring of six carbon atoms with alternating single and double bonds. This structure is cyclic.
**Cyclic Structures:**
Cyclic structures are those in which the carbon atoms form a closed ring. For the molecular formula C6H6, we can have the following cyclic structures:
1. **Benzene:** As mentioned before, benzene is a cyclic structure and can be counted in this category as well.
Therefore, the total number of structural isomers for the molecular formula C6H6 is 2.
**Answer:**
b) 2
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The total number of structural isomers (acyclic andcyclic) possible for the molecular formula, C6H6area)1b)2c)3d)4Correct answer is option 'B'. Can you explain this answer?
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