There are two compounds A and B of molecular formula `C_(9)H_(18)O_(3)`. A has higher boiling point than B. What are the possible structures of A and B?

IUPAC name of the compound with the molecular formula C_4H_9Br and least possible boiling point is

A compound (A) has molecular formula C_(5)H_(9)CI It does not react with bromine in C CI_(4) On treatment with a strong base it produces a single compound (B) (B) has a molecular formula C_(5)H_(8) and reacts with Baeyer's reagent . Reductive ozonotysis of (B) produces a compound (C ) which has a molecular formula C_(5)H_(8) O_(2) On the basis of the given data what would be the structure of A ?

A compound (A) has molecular formula C_(5)H_(9)Cl .It does not react with bromine in C Cl_(4) . On treatment with a strong base it produces a single compound (B), (B) has a molecular formula C_(5)H_(8) and reacts with Baeyer's reagent . Reductive ozonolysis of (B) produces a compound (C ) which has a molecular formula C_(5)H_(8) O_(2) On the basis of the given data what would be the structure of A ?

An organic compound has molecular formula C_(9)H_(18) . It is a saturated hydrocarbon and its all hydrogen atoms are identical. Its structural formula can be :

An organic compound has molecular formula C_(9)H_(18) . It is a saturated hydrocarbon and its all hydrogen atoms are identical. Its structural formula can be :

Molecular formula of a compound is C_(6)H_(18)O_(3) . Find its empirical formula.

Two isomeric compounds A and B have molecular formula C_(3)H_(6)O . A responds to silver mirror test but not B. B on treatment with Zn ( Hg) and conc. HCl gives propane. A and B are respectively.