The mass of a mixture containing `HCI and H_2 SO_4` is `0.1g` On treatment with an excess of an `AgNO_3` solution , reacted with this acid mixture given `0.1435g` of `AgCI`. Mass % of the `H_2SO_4` mixture is :

The mass of a mixtutre contining HCl and H_(2)SO_(4) is 0.1g. On treatment withan excess of an AgNO_(3) solution, reacted with this acid mixture gives 0.1435g of AgCl. Mass % of the H_(2)SO_(3) mixture is:

The vapour density of a mixture containing N_(2) (g) and O_(2) (g) is 14.4. The percentage of N_(2) in the mixture is :

The normality of a mixture of HCI and H_2 SO_4 solution is N/5 Now, 0.287 g of AgCI is obtained when 20 ml of the solution is treated with excess of AgNO_3 . The percentage of both acids in the mixture will be?

A sample is a mixture of Mohr's salts and (NH_(4))_(2)SO_(4). A 0.5 g sample on treatment with excess of BaCl_(2) solution gave 0.75 g BaSO_(4) . Determine percentage composition of the salt mixture. What weight of Fe_(2)O_(3) would be obtained if 0.2 g of the sample were ignited in air?

Conc. HNO_(3)+H_(2)SO_(4) mixture gives

25mL of a solution containing HCl and H_2SO_4 required 10 mL of a 1 N NaOH solution for neutralization.20 mL of the same acid mixture on being treated with an excess of AgNO_3 gives 0.1435 g of AgCl.The normality of the HCl and the normality of the H_2SO_4 are respectively.

Benzene on treatment with a mixture of conc. HNO_(3) and con. H_(2)SO_(4) at 373K gives

A gaseous mixture contains SO_2 & CO_2 , average molecular mass of mixture may be

What mass of H_(2)SO_(4) contains 32g oxygen ? .

0.9031 g of a mixture of NaCI and KCI on treatment with H_2SO_4 yielded 1.0784 g of a mixture of Na_2SO_4 and K_2SO_4 .Calculate the percent composition of the mixture.