Ask why CH2=C (CH3)2 and CH3CH=CHCH3 are carbon chain isomers...

Ask why CH2=C (CH3)2 and CH3CH=CHCH3 are carbon chain isomers...

Carbon chain isomer carbon chain refers to that the atomic skeleton of a compound molecule is connected in different ways, which is generally used to describe hydrocarbons. It can be regarded as the same molecular formula... The carbon atoms in the molecule are connected in different order and manner to form different carbon chains or carbon rings. CH2=C (CH3)2 and CH3CH=CHCH3, although the number of atoms of each element is the same, the connecting mode and position of C are different.

What isomerism is CH2=C (CH3)2 and CH3CH=CHCH3? RT

Isomerization of carbon chain (carbon chain isomerism) in structural isomerization (structural isomerism)
CH2=C (CH3)2: methylpropene has isomeric branches,
All carbon atoms of CH3CH = CHCH3: but -2-ene are linked together in a straight chain

Isomerization of carbon chain in structural isomerization (structural isomerism)(carbon chain isomerism)
CH2=C (CH3)2: methylpropene has isomeric branches,
All carbon atoms of CH3CH = CHCH3: but -2-ene are linked together in a straight chain