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.

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.

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.

A silver coin weighing 11.34g was dissolved in nitric acid. When sodium chloride was added to the solution all the silver (present at AgNO_(3) ) was precipitated as silver chloride. The weight of the precipitated silver chloride was 14.35g . Calculate the percentage of silver in the coin. : 4.8% , 95.2% , 90% , 80%

A 5.82 g silver coin is dissolved in nitric acid. When sodium chloride is added to the solution, all the silver gets precipitated as AgCl. The percentage of silver in the coin is :

White precipitate of silver chloride is soluble in:

White precipitate of silver chloride is soluble in: