A silver coin weighing `11.34g` was dissolved in nitric acid. When sodium chloride was added to the solution all the silver (present as `AgNO_3`) was precipitated as silver chloride. The mass of the precipitated silver chloride was `14.35g`. Calculate the percentage of silver in the coin.

A silver coin weighing 11.34 g was dissolved in nitric acid When sodium chloride was added to the solution all the silver (present as AgNO_(3) ) precipitated as silver chloride. The mass of the precipitated silver chloride was 14.35 g. Calculate the percentage of silver in the coin.

White precipitate of silver chloride is soluble in:

0.3780g of an organic chloro compound gave 0.5740g of silver chloride. Calculate the percentage of chlorine in the compound.

5.82 g of a silver coin were dissolved in strong nitric acid and excess of NaCI solution was added. The silver chloride precipitated was dried and weighed 7.20 g. Calculate the percentage of silver in the coin

90g of silver coin was dissolved in strong nitric acid, and excess of sodium chloride solution was added. The silver chloride precipitate was dried and weighed 71.75 g. Caculate the percentage of silver in the coin (Atomic mass of Ag = 108 ) Ag + 2HNO_(3) to AgNO_(3) + NO_(2) + H_(2)O AgNO(3) + NaCl to AgCl + NaNO_(3)

What do you observe when Sodium chloride solution is added to silver nitrate solution.

When phosphine is bubbled through a solution of silver nitrate ___ is precipitated.

0.3080 gm of and organic chloro compound gave 0.5740 gm of silver chloride in carius estimation. Calculate the percentage of chlorine present in the compound.

Solutions of silver nitrate and sodium chloride react to form a white precipitate of

When dry silver chloride is fused with sodium carbonate, we get pure :