How will you bring about the following conversions in not more than two steps? Benazaldehyde to ∝-Hydroxyphenylacetic acid
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⏺️) Benzaldehyde =)
=]
(i) Molecular Formula = C7H6O .
(ii) Molecular Weight = 106.12 g/mol .
Formation = Benzene + Aldehyde .
⏺️) Alpha - Hydroxyphenylacetic acid =)
=]
(i) Molecular Formula = C8H8O3 .
(ii) Boiling Point = 321.8°C .
Also , known as Mandelic acid .
= For conversion refer the attachment .
_____________________
HOPE , IT HELPS ... ✌️
_________________________
⏺️) Benzaldehyde =)
=]
(i) Molecular Formula = C7H6O .
(ii) Molecular Weight = 106.12 g/mol .
Formation = Benzene + Aldehyde .
⏺️) Alpha - Hydroxyphenylacetic acid =)
=]
(i) Molecular Formula = C8H8O3 .
(ii) Boiling Point = 321.8°C .
Also , known as Mandelic acid .
= For conversion refer the attachment .
_____________________
HOPE , IT HELPS ... ✌️
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Answered by
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The Benzaldehyde which is a Benzene ring with the attachment of CHO will be worked out in the presence of NaCN/HCl to get C6H5 with the CH-OH-CN.
The outcome will be reacted in the presence of H+/H2O that will give ∝-hydroxyphenylacetic acid which is represented as C6H5 - CHOH- COOH as the symbol.
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