Answer
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Hint: Benzaldehyde is a colourless liquid, and steam volatile. It is found to be sparingly soluble in water but is very soluble inorganic solvents. As we know that conversion of toluene or benzene to Benzaldehyde is nowadays used as a laboratory method to produce Benzaldehyde.
Complete answer:
- Let’s first discuss about how Benzaldehyde can be prepared from toluene:
As we know that toluene can be converted to Benzaldehyde by a reaction called Etard reaction. We can see that in this reaction Benzaldehyde is formed by the oxidation of toluene with chromic oxide in acetic anhydride.
Basically, Benzaldehyde is found to react with the acetic anhydride to form benzylidene diacetate. This on further hydrolysis with acid or with an alkali produces Benzaldehyde. We can write the reaction as:
- Let’s now discuss about how Benzaldehyde can be prepared from benzene:
Benzaldehyde can be prepared from benzene by passing the vapours of HCl and CO in its solution. This reaction is found to take place in the presence of a mixture of catalyst $AlC{{l}_{3}}$ and CuCl. This reaction is called the Gatterman Koch reaction. We can write the reaction as:
Note: - As we know that, Benzaldehyde is mostly used in industries. Benzaldehyde is actually an organic compound that basically consists of a benzene ring. It is found to contain a formyl substituent.
- It is also found to be less reactive than that of aliphatic aldehyde.
Complete answer:
- Let’s first discuss about how Benzaldehyde can be prepared from toluene:
As we know that toluene can be converted to Benzaldehyde by a reaction called Etard reaction. We can see that in this reaction Benzaldehyde is formed by the oxidation of toluene with chromic oxide in acetic anhydride.
Basically, Benzaldehyde is found to react with the acetic anhydride to form benzylidene diacetate. This on further hydrolysis with acid or with an alkali produces Benzaldehyde. We can write the reaction as:
- Let’s now discuss about how Benzaldehyde can be prepared from benzene:
Benzaldehyde can be prepared from benzene by passing the vapours of HCl and CO in its solution. This reaction is found to take place in the presence of a mixture of catalyst $AlC{{l}_{3}}$ and CuCl. This reaction is called the Gatterman Koch reaction. We can write the reaction as:
Note: - As we know that, Benzaldehyde is mostly used in industries. Benzaldehyde is actually an organic compound that basically consists of a benzene ring. It is found to contain a formyl substituent.
- It is also found to be less reactive than that of aliphatic aldehyde.
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