a solution of an unknown metal chloride (0.8870 g) was treated with silver nitrate to yield (1.9132 g). calculate the percentage by mass of chloride in the unknown chloride

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a solution of an unknown metal chloride (0.8870 g) was treated with silver nitrate to yield (1.9132 g). calculate the percentage

Top answer: You obtained 1.9132 g AgCl. Convert that to grams Cl. The easy way to do that is to multiply by a Read more.
a solution of an unknown metal chloride (0.08870 g ) was treated with silver nitrate to yield AgCl ( 1.9132 g ). calculate the

Top answer: I worked this for you below. Read more.
a solution of an unknown metal chloride (0.08870 g ) was treated with silver nitrate to yield AgCl ( 1.9132 g ). calculate the

Top answer: I worked this for you below. Read more.
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Top answer: The story you tell of the metal is not very good; somehow the nitrate and chloride became mixed up. Read more.
a portion (10.0 ml)of a solution containing the chloride anion was treated with silver nitrate to yield a precipitate (0.1713 g)

Top answer: Convert 0.1713 g AgCl to g Cl moles AgCl = 0.1713/molar mass AgCl moles Cl = moles Ag since there is Read more.
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Top answer: Here is a worked example of a stoichiometry problem. Just follow the steps. Read more.
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Top answer: (0.4734 dm^3)(0.5000 mol/dm^3) = ____moles Ag+ Moles Cl- = moles Ag+ Grams of Cl- = (35.453 Read more.
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Top answer: The balanced chemical equation is as follows: Ni(s) + 2AgNO3(aq) ==> Ni(NO3)2(aq) + 2Ag(s) Let X = Read more.
One method for reclaiming silver metal from silver chloride results in a 94.6%yield. Calculate the actual mass of silver that

Top answer: 100.0 g AgCl * 1 mol AgCl/143.5 g AgCl * 2 mol Ag/2 mol AgCl * 108 g Ag/1 mol = 75.3 g Ag, mass of Read more.

Did you know?

Did you know that the percentage by mass of chloride in an unknown metal chloride can be determined through a simple chemical reaction? In this experiment, a solution of the unknown metal chloride weighing 0.8870 grams was treated with silver nitrate. The resulting reaction yielded a product weighing 1.9132 grams. By comparing the weights of the unknown metal chloride and the silver chloride produced, we can calculate the percentage by mass of chloride in the unknown chloride. This calculation is done by finding the mass of the chloride in the silver chloride product, which is equal to the difference between the initial mass of the unknown metal chloride and the final mass of the product. Then, this mass is divided by the initial mass of the unknown metal chloride and multiplied by 100 to get the percentage by mass of chloride. By using this method, scientists and researchers can determine the composition of unknown metal chlorides and gain valuable insights into their properties and uses.