The molecular formula of a saturated compound is `C_(2)H_(4)Br_(2)`. The formula permits the existence of two

The molecular formula of a saturated compound is C_2H_4Br_2 . This formula permits the existence of:

If the molecular formula of an organic compound is C_(2)H_(2) it is :

The molecular formula of ethanoic acid is C_(2)H_(4)O_(2) . Its empirical formula is

The molecular formula of the compound is C_(4)H_(8) (Hint : it is a cyclic compound) a) Give the structure of the cyclic compound. b) write the structural formula of the open chain hydrocarbon having the same molecular formula. c) Write the structure of the cyclic compound which has molecular formula same as that of hex-2-ene.

The number of saturated compounds with the formula C_(3)H_(6)O is

The molecular formula of an alcohol is C_4H_(10)O . The locant number of its -OH group is 2 . Is it saturated or unsaturated ?

The general formula of a group of organic compounds in C_(n) H_(2n+1)OH. . Write the molecular formula of first two members of this group. Examine whether these two compounds are in homologous series, based on their molecular formula.