we know that there is an OH group present in phenols. now, in ortho phenols here
o-nitrophenols intramolecular bonding is possible due to the polar nature of OH bonds which can
result in the formation of hydrogen bonds with the same molecule . this makes it water soluble
and steam volatile which is not in the case of para-isomer. thus A mixture of p-nitrophenol and
o-nitrophenol can be separated by steam distillation.
Solution
we know that there is an OH group present in phenols. now, in ortho phenols here
o-nitrophenols intramolecular bonding is possible due to the polar nature of OH bonds which can
result in the formation of hydrogen bonds with the same molecule . this makes it water soluble
and steam volatile which is not in the case of para-isomer. thus A mixture of p-nitrophenol and
o-nitrophenol can be separated by steam distillation..
HMCS Vancouver Pre-Deployment Brief - May 2024 (Web Version).pptx
we know that there is an OH group present in phen.pdf
1. we know that there is an OH group present in phenols. now, in ortho phenols here
o-nitrophenols intramolecular bonding is possible due to the polar nature of OH bonds which can
result in the formation of hydrogen bonds with the same molecule . this makes it water soluble
and steam volatile which is not in the case of para-isomer. thus A mixture of p-nitrophenol and
o-nitrophenol can be separated by steam distillation.
Solution
we know that there is an OH group present in phenols. now, in ortho phenols here
o-nitrophenols intramolecular bonding is possible due to the polar nature of OH bonds which can
result in the formation of hydrogen bonds with the same molecule . this makes it water soluble
and steam volatile which is not in the case of para-isomer. thus A mixture of p-nitrophenol and
o-nitrophenol can be separated by steam distillation.
