Organic Chemistry
n-Butane and isobutane are a pair of:
The type of isomerism shown by the following set of compounds is: $${ CH }_{ 3 }CH_{ 2 }{ CH }_{ 2 }{ CH }_{ 2 }{ CH }_{ 3 },\quad{ CH }_{ 3 }-\overset { \underset { | }{ { CH }_{ 3 } } }{ CH } -{ CH }_{ 2 }CH_{ 3 },\quad{ CH }_{ 3 }-\overset { \underset { | }{ { CH }_{ 3 } } }{ \underset { \overset { | }{ { CH }_{ 3 } } }{ C } } -{ CH }_{ 3 }$$
When two or more compounds have a similar molecular formula but different carbon skeleton, they are called chain isomers and phenomenon is known as chain isomerism.
Since all three compounds have the same molecular formula
($$C_{5}H_{12}$$) but different carbon skeleton, thus they are chain isomers
Hence, the correct option is $$D$$.
n-Butane and isobutane are a pair of:
How many carbon atoms are there in the simplest alkane capable of exhibiting chain isomerism?
n-pentane and iso-pentane are ___ isomers
The minimum numbers of carbon atoms in ketones which will show chain isomerism will be:
Draw the chain isomers of hexane $$(C_{6}H_{12})$$
Name the chain isomer of $$C_5H_{12}$$ which has a tertiary hydrogen atom.
What type of isomerism is shown by butane and isobutane?
.State whether the statement is true of false. Rewrite the false statement correctly. $$2,2$$-Dimethyl butane and $$2$$-methylbutane are chain isomers of hexane.
Choose the pair of chain isomer
Which pair represents chain isomer