An alkane `C_(6)H_(14)` gives two monochloro derivatives on chlorination. Its possible structure is

Compound A C_(6)H_(12) forms two monochloro isomers on photochemical chlorination. Its structure can be :

Only two isomeric monochloro derivatives are possible for

A hydrocarbon of molecular mass 72 g mol^(-1) gives a single monochloro derivative and two dichloro derivatives on photo chlorination. Give the structure of the hydrocarbon.

Compound A(C_6H_(12)) does not absorb H_(2) in presence of Ni. It forms two monochloro isomers on photochemical chlorination . Its structure can be

C_(5)H_(11)Br+ NaCN rarr A overset(H_(3)O^(+))(rarr) B + "NaOH" overset("CaO")(rarr) C C' has the formula C_(5)H_(12) which can give four structural isomeric monochloro derivative . What is the structure of C_(5)H_(11) Br ?

How many alkenes can be hydrogenated to give an alkane with molecular formula C4H10 which give three monochloro derivative on monochlorination.

A hydrocarbon with formula C_(8)H_(18) gives one monochloro derivative. The hydrocarbon can be: