what is postional isomer explain with example in sort
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Answered by
2
when two or more compounds differ in the position of substituent atom or functional group on the carbon skeleton , they are called position isomer.
for e.g. C3H8O
CH3CH2CH2OH(propan-1-ol)
CH3CH(OH)CH3(propan-2-ol
hope it helps you
for e.g. C3H8O
CH3CH2CH2OH(propan-1-ol)
CH3CH(OH)CH3(propan-2-ol
hope it helps you
Answered by
0
Hi mate.
Thanks for asking this question.
Here is your answer,
Positional isomers are also
referred to as constitutional isomers. These
isomers contain same carbon skeleton as well
as the functional group.
But they are different in the position of
the functional group in the carbon chain,
hence they are termed as positional isomers.
Example :
When we can see the simple example
of the positional isomers i.e
###But-1-ene and But-2-ene ,
CH2 = CH-CH2-CH3 (1-BUTENE)
CH3-CH=CH-CH3 (2-BUTENE)
Both two structures having
Same carbon skeleton
and also the same
functional group i.e alkene
group. The difference
between the two
structures are change in
the position of the
functional group I.e alkene
group or double bond.
The alkene group in 1-
BUTENE is terminal and in
2-BUTENE it is internal. So
it is an positional isomers
of each other.
Thank you.
BE BRAINLY !!!!!!!!!
Thanks for asking this question.
Here is your answer,
Positional isomers are also
referred to as constitutional isomers. These
isomers contain same carbon skeleton as well
as the functional group.
But they are different in the position of
the functional group in the carbon chain,
hence they are termed as positional isomers.
Example :
When we can see the simple example
of the positional isomers i.e
###But-1-ene and But-2-ene ,
CH2 = CH-CH2-CH3 (1-BUTENE)
CH3-CH=CH-CH3 (2-BUTENE)
Both two structures having
Same carbon skeleton
and also the same
functional group i.e alkene
group. The difference
between the two
structures are change in
the position of the
functional group I.e alkene
group or double bond.
The alkene group in 1-
BUTENE is terminal and in
2-BUTENE it is internal. So
it is an positional isomers
of each other.
Thank you.
BE BRAINLY !!!!!!!!!
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