An organic compound with molecular formula `C_2H_4O_2` produces brisk effervescence on addition of sodium carbonate / bicarbonate. Answer the following : How will you test the gas evolved?

An organic compound with molecular formula C_2H_4O_2 produces brisk effervescence on addition of sodium carbonate / bicarbonate. Answer the following : Name the gas evolved.

An organic compound with molecular formula C_2H_4O_2 produces brisk effervescence on addition of sodium carbonate / bicarbonate. Answer the following : Identify the organic compound.

An organic compound with molecular formula C_2H_4O_2 produces brisk effervescence on addition of sodium carbonate / bicarbonate. Answer the following : List two important uses of the above compound.

An organic compound with molecular formula C_2H_4O_2 produces brisk effervescence on addition of sodium carbonate / bicarbonate. Answer the following : Write the chemical equation for the above reaction.

An organic acid with molecular formula C_(8)H_(8)O_(2) on decarboxylation forms Toluene. Idnetify the organic acid.

An organic compound with molecular formula C_(3)H_(5)N on hydrolysis gives an acid. The acid on heating with N_(3)H and conc. H_(2)SO_(4) gives

A certain compound has the molecular formula X_(4)O_(6) having 57.2%X . Thus,

An organic compound ‘A’ has molecular formula C_(9)H_(13)NO and it can be resolve into enantiomers. Adoes not decolourise bromine water solution. A on refluxing with dilute H_(2)SO_(4) , yields another revolvable compound B(C_(9)H_(14)O_(3)) which give effervescence with NaHCO_(3) . B on treatment with NaBH_(4) yields C(C_(9)H_(16)O_(3)) on heating with concentrated H_(2)SO_(4) yields ester D (C_(6)H_(14)O_(2)) . Compound A on reduction with LiAlH_(4) followed by treatment of H_(2)SO_(4) yields following compound : Find out structure of compound 'A''

An organic compound has an empirical formula CH_(2) O. Its vapour density is 45. The molecular formula of compound is

An organic compound ‘A’ has molecular formula C_(9)H_(13)NO and it can be resolve into enantiomers. Adoes not decolourise bromine water solution. A on refluxing with dilute H_(2)SO_(4) , yields another revolvable compound B(C_(9)H_(14)O_(3)) which give effervescence with NaHCO_(3) . B on treatment with NaBH_(4) yields C(C_(9)H_(16)O_(3)) on heating with concentrated H_(2)SO_(4) yields ester D (C_(6)H_(14)O_(2)) . Compound A on reduction with LiAlH_(4) followed by treatment of H_(2)SO_(4) yields following compound : The sweet smelling neutral compound D is