A compound with molecular formula `C_(7)H_(8)O_(2)` gives an acetyl derivative `X` (molecular wt.`=208`) on reaction with acetyl chloride. Calculate the number of `-OH` groups in the compound.

A compound having molecular formula C_(4)H_(10)O can show

Compound having molecular formula C_(5)H_(12)O cannot show

A compound with molecular formula C_(7)H_(16) shows optical isomerism, the compound will be

The molecular formula C_(7)H_(8)O represents the following except

A compound (A) with molecular formula C_(5) H_(10) gives one monochlorination product. Compound (A) is:

A compound (A) with molecular formula C_4H_8O shows bromine water test. Compound (A) is :

A compound X has a molecular formula of C_(5)H_(10) . Write down the empirical formula of X.

Amines are basic in nature and show many types of reactions such as substitution, Hoffmann elimination, carbylamine, acylation, diazotisation etc. Certain nitrogeneous compound with molecular mass 180 shows an increase in its molecular mass to 348 after treatment with acetyl chloride. The number of possible - NH_(2) groups in the molecule is...................

One mole of a compound with molecular formula C_(30)H_(43)N absorbs 8 moles of H_(2) gas under catalytic hydrogenation. Then what is the ratio of number of pi bonds to the number of rings in the compound

Four isomeric para-disubstituted aromatic compounds A to D with molecular formula C_(8)H_(8)O_(2) were given for identification. Based on the following observations, give structures of the compounds.