A mixture of `H_2C_2O_4` and `HCOOH` is heated with conc `H_2SO_4`. The gas produced is collected and on treatment with KOH solution, the volume of the gas decreases by `(1)/(6)` calculate the molar ratio of the two acids in the original mixture.

A mixture of HCOOH and H_(2)C_(2)O_(4) is heated with conc. H_(2)SO_(4) . The gas produced is collected and on treating with KOH solution the volume of the gas decreases by 1//6th . Calculate molar ratio of two acids in original mixure.

A mixture of formic acid and oxalic acid is heated with conc H_2SO_4 . The gas produced is collected and treated with KOH solution, where the volume decreases by (1)/(6) The molar ratio of the two acids (formic acid/oxalic acid) in the original is (a). 4:1 (b). 1:4 (c). 2:1 (d). 1:2

A mixture of formic acid and oxalic acid is heated with concentrated H_(2)SO_(4) . The gas evolved is collected and treated with KOH solution. The volume of the solution decreases by 1/6 th of its original volume. Find the molar ratio of the two acids in the original mixture.

A mixture of formic acid and oxalic acid is heated with conc. H_2SO_4 . The gas produced is collected and treated with KOH solution where the volume decreases by 1/6th. The molar ratio of two acids (formic acid/oxalic acid) in the original mixuture is: (a) 4:1 (b) 1:4 (c) 2:1 (d) 1:2

A mixture of formic acid and oxalic acid is heated with conc. H_(2)SO_(4) . The gas producted is collected and treated with KOH solution, whereby the volume decrease by 1//6th . The molar ratio of the two acids (formic acid/oxalic acid) is

A mixture of formic acid and oxalic acid is heated with conc. H_(2)SO_(4) . The gas producted is collected and treated with KOH solution, whereby the volume decrease by 1//6th . The molar ratio of the two acids (formic acid/oxalic acid) is