(a)
To determine: If n-hexane is a suitable solvent for Grignard reactions.
Interpretation: n-hexane being a suitable solvent for Grignard reactions is to be validated.
Concept introduction: The suitable solvents for Grignard reaction are those compounds which contains an ether
Grignard reactions are useful in synthesis of the compounds.
Ethers are non acidic in nature so, they do not react with basic Grignard reagents. Due to this, they are suitable solvents for Grignard reactions.
(b)
To determine: If
Interpretation:
Concept introduction: The suitable solvents for Grignard reaction are those compounds which contains an ether functional group.
Grignard reactions are useful in synthesis of the compounds.
Ethers are non acidic in nature so, they do not react with basic Grignard reagents. Due to this, they are suitable solvents for Grignard reactions.
(c)
To determine: If
Interpretation:
Concept introduction: The suitable solvents for Grignard reaction are those compounds which contain an ether functional group.
Grignard reactions are useful in synthesis of the compounds.
Ethers are non acidic in nature so, they do not react with basic Grignard reagents. Due to this, they are suitable solvents for Grignard reactions.
(d)
To determine: If cyclohexane is a suitable solvent for Grignard reactions.
Interpretation: Cyclohexane being a suitable solvent for Grignard reactions is to be validated.
Concept introduction: The suitable solvents for Grignard reaction are those compounds which contain an ether functional group.
Grignard reactions are useful in synthesis of the compounds.
Ethers are non acidic in nature so, they do not react with basic Grignard reagents. Due to this, they are suitable solvents for Grignard reactions.
(e)
To determine: If benzene is a suitable solvent for Grignard reactions.
Interpretation: Benzene being a suitable solvent for Grignard reactions is to be validated.
Concept introduction: The suitable solvents for Grignard reaction are those compounds which contains an ether functional group.
Grignard reactions are useful in synthesis of the compounds.
Ethers are non acidic in nature so, they do not react with basic Grignard reagents. Due to this, they are suitable solvents for Grignard reactions.
(f)
To determine: If
Interpretation:
Concept introduction: The suitable solvents for Grignard reaction are those compounds which contains an ether functional group.
Grignard reactions are useful in synthesis of the compounds.
Ethers are non acidic in nature so, they do not react with basic Grignard reagents. Due to this, they are suitable solvents for Grignard reactions.
(g)
To determine: If tetrahydrofuran is a suitable solvent for Grignard reactions.
Interpretation: Tetrahydrofuran being a suitable solvent for Grignard reactions is to be validated.
Concept introduction: The suitable solvents for Grignard reaction are those compounds which contains an ether functional group.
Grignard reactions are useful in synthesis of the compounds.
Ethers are non acidic in nature so, they do not react with basic Grignard reagents. Due to this, they are suitable solvents for Grignard reactions.
(h)
To determine: If
Interpretation:
Concept introduction: The suitable solvents for Grignard reaction are those compounds which contains an ether functional group.
Grignard reactions are useful in synthesis of the compounds.
Ethers are non acidic in nature so, they do not react with basic Grignard reagents. Due to this, they are suitable solvents for Grignard reactions.
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Chapter 10 Solutions
Organic Chemistry (9th Edition)
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