Concept explainers
(a)
Interpretation:
It is to be determined whether the two given molecules are constitutional isomers of each other.
Concept introduction:
The compounds having same molecular formula but different connectivity of the atoms are constitutional isomers. The arrangement of the atoms is different for constitutional isomers. From the total number of atoms and arrangement of atoms, it is decided that whether the two molecules are constitutional isomers or not.
Answer to Problem 4.16P
The two given molecules are not constitutional isomers of each other.
Explanation of Solution
The structures of the given molecules are
The molecular formula of the first compound is
The first molecule contains ten hydrogens, and the second molecule contains twelve hydrogens. However, the total number of hydrogens is different in each molecule. In case of constitutional isomers, the total number of atoms remains the same in the molecular formula. So both molecules are not constitutional isomers of each other.
The constitutional isomers are determined from the molecular formula and connectivity of the atoms.
(b)
Interpretation:
It is to be determined whether the two given molecules are constitutional isomers of each other.
Concept introduction:
The compounds having same molecular formula but different connectivity of the atoms are constitutional isomers. The arrangement of the atoms is different for constitutional isomers. From the total number of atoms and arrangement of atoms, it is decided that whether the two molecules are constitutional isomers or not.
Answer to Problem 4.16P
The two given molecules are not constitutional isomers of each other.
Explanation of Solution
The structures of the given molecules are
The molecular formula of the first compound is
The first molecule contains ten hydrogens, and the second molecule contains twelve hydrogens. However, the total number of hydrogens is different in each molecule. In case of constitutional isomers, the total number of atoms remains the same in the molecular formula. So both molecules are not constitutional isomers of each other.
The constitutional isomers are determined from the molecular formula and connectivity of the atoms.
(c)
Interpretation:
It is to be determined whether the two given molecules are constitutional isomers of each other.
Concept introduction:
The compounds having same molecular formula but different connectivity of the atoms are constitutional isomers. The arrangement of the atoms is different for constitutional isomers. From the total number of atoms and arrangement of atoms, it is decided that whether the two molecules are constitutional isomers or not.
Answer to Problem 4.16P
The two given molecules are not constitutional isomers of each other.
Explanation of Solution
The structures of the given molecules are
The molecular formula of the first compound is
The first molecule contains ten hydrogens, and the second molecule contains twelve hydrogens. However, the total number of hydrogens is different in each molecule. In case of constitutional isomers, the total number of atoms remains the same in the molecular formula. So both molecules are not constitutional isomers of each other.
The constitutional isomers are determined from the molecular formula and connectivity of the atoms.
(d)
Interpretation:
It is to be determined whether the two given molecules are constitutional isomers of each other.
Concept introduction:
The compounds having same molecular formula but different connectivity of the atoms are constitutional isomers. The arrangement of the atoms is different for constitutional isomers. From the total number of atoms and arrangement of atoms, it is decided that whether the two molecules are constitutional isomers or not.
Answer to Problem 4.16P
The two given molecules are constitutional isomers of each other.
Explanation of Solution
The structures of the given molecules are
The molecular formula of both molecules is
The number assigned to carbon atoms are same in each molecule based on the first methyl group attached to the ring. However, the connectivity of the methyl group is not the same. In the first molecule, the methyl group is attached to the
The constitutional isomers are determined from the molecular formula and connectivity of the atoms.
(e)
Interpretation:
It is to be determined whether the two given molecules are constitutional isomers of each other.
Concept introduction:
The compounds having same molecular formula but different connectivity of the atoms are constitutional isomers. The arrangement of the atoms is different for constitutional isomers. From the total number of atoms and arrangement of atoms, it is decided that whether the two molecules are constitutional isomers or not.
Answer to Problem 4.16P
The two given molecules are not constitutional isomers of each other.
Explanation of Solution
The structures of the given molecules are
The molecular formula of both molecules is
The numbers assigned to carbon atoms are the same in each molecule based on the first methyl group attached to the longest carbon chain. Both molecules have methyl groups attached to the
The constitutional isomers are determined from the molecular formula and connectivity of the atoms.
(f)
Interpretation:
It is to be determined whether the two given molecules are constitutional isomers of each other.
Concept introduction:
The compounds having same molecular formula but different connectivity of the atoms are constitutional isomers. The arrangement of the atoms is different for constitutional isomers. From the total number of atoms and arrangement of atoms, it is decided that whether the two molecules are constitutional isomers or not.
Answer to Problem 4.16P
The two given molecules are not constitutional isomers of each other.
Explanation of Solution
The structures of the given molecules are
The molecular formula of both molecules is
The numbers assigned to double-bonded carbon atoms are the same in each molecule. In both compounds, the methyl group is connected to
The constitutional isomers are determined from the molecular formula and connectivity of the atoms.
(g)
Interpretation:
It is to be determined whether the two given molecules are constitutional isomers of each other.
Concept introduction:
The compounds having same molecular formula but different connectivity of the atoms are constitutional isomers. The arrangement of the atoms is different for constitutional isomers. From the total number of atoms and arrangement of atoms, it is decided that whether the two molecules are constitutional isomers or not.
Answer to Problem 4.16P
The two given molecules are not constitutional isomers of each other.
Explanation of Solution
The structures of the given molecules are
The molecular formula of both molecules is
The number assigned to double-bonded carbon atoms are the same in each molecule. In both compounds, the methyl group is connected to
The constitutional isomers are determined from the molecular formula and connectivity of the atoms.
(h)
Interpretation:
It is to be determined whether the two given molecules are constitutional isomers of each other.
Concept introduction:
The compounds having same molecular formula but different connectivity of the atoms are constitutional isomers. The arrangement of the atoms is different for constitutional isomers. From the total number of atoms and arrangement of atoms, it is decided that whether the two molecules are constitutional isomers or not.
Answer to Problem 4.16P
The two given molecules are not constitutional isomers of each other.
Explanation of Solution
The structures of the given molecules are
The molecular formula of both molecules is
The numbers assigned to double-bonded carbon atoms are the same in each molecule. In both compounds, the propyl group is connected to
The constitutional isomers are determined from the molecular formula and connectivity of the atoms.
(i)
Interpretation:
It is to be determined whether the two given molecules are constitutional isomers of each other.
Concept introduction:
The compounds having same molecular formula but different connectivity of the atoms are constitutional isomers. The arrangement of the atoms is different for constitutional isomers. From the total number of atoms and arrangement of atoms, it is decided that whether the two molecules are constitutional isomers or not.
Answer to Problem 4.16P
The two given molecules are constitutional isomers of each other.
Explanation of Solution
The structures of the given molecules are
The molecular formula of both molecules is
The numbers assigned to double-bonded carbon atoms are the same in each molecule.
However, the connectivity of the propyl group is not the same. In the first molecule, the propyl group is attached to the
The constitutional isomers are determined from the molecular formula and connectivity of the atoms.
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Chapter 4 Solutions
Organic Chemistry: Principles and Mechanisms (Second Edition)
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- 13C NMR is good for: a) determining the molecular weight of the compound b) identifying certain functional groups. c) determining the carbon skeleton, for example methyl vs ethyl vs propyl groups d) determining how many different kinds of carbon are in the moleculearrow_forward6 D 2. (1 pt) Limonene can be isolated by performing steam distillation of orange peel. Could you have performed this experiment using hexane instead of water? Explain. 3. (2 pts) Using GCMS results, analyze and discuss the purity of the Limonene obtained from the steam distillation of orange peel.arrow_forwardPart III. Arrange the following carbons (in blue) in order of increasing chemical shift. HO B NH 2 A CIarrow_forward
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