Silver "tarnishes" (reacts) in the presence of sulfur

Question

Question

science chemistry

Answer 1

Answer #1

The reaction of tarnishing of silver is:

2 Ag_(s) + S_(s) $\rightarrow$ Ag₂S_(s)

The Ag₂S is recognised by it's black color and lack of lustre hence calling it tarnished

Answer 2

Similar Homework Help Questions

A sample of silver with a mass of 8.44g reacts with sulfur to form a compound...

A sample of silver with a mass of 8.44g reacts with sulfur to form a compound that has a mass of 9.69g. What is the percent composition of the compound?
Sulfur dioxide reacts with oxygen to form sulfur trioxide. What change in hybridization of the sulfur...

Sulfur dioxide reacts with oxygen to form sulfur trioxide. What change in hybridization of the sulfur occurs in this reaction ? sp2 to sp3 sp2 to sp sp3 to sp3d sp2 to sp3d2 No change takes place.
Sulfur dioxide reacts with oxygen to form sulfur trioxide. What change in hybridization of the sulfur...

Sulfur dioxide reacts with oxygen to form sulfur trioxide. What change in hybridization of the sulfur occurs in this reaction ? Group of answer choices sp2 to sp3 sp2 to sp sp3 to sp3d sp2 to sp3d2 No change takes place.

1) what is the change in hybridization of sulfur when: sulfur dioxide reacts with oxygen to...

1) what is the change in hybridization of sulfur when: sulfur dioxide reacts with oxygen to form sulfur trioxide? 2) in a square-planar molecukar geometry, what is the hybridization of the central atom?
When silver nitrate reacts with sodium chloride or potassium chloride, insoluble silver chloride is formed. A...

When silver nitrate reacts with sodium chloride or potassium chloride, insoluble silver chloride is formed. A 1.0 g mixture of NaCl and KCl reacts with silver nitrate to yield 2.15 g of silver chloride. What was the mass percent composition of the original sample?
·00 | Limiting Reagent Using Mass Example Problem 4 What is the limiting reagent when Silver...

·00 | Limiting Reagent Using Mass Example Problem 4 What is the limiting reagent when Silver metal reacts with sulfur to form silver sulfide. If you have 50 grams of Silver and 10 g of Sulfur. 12

Nitrogen dioxide reacts with sulfur dioxide to yields nitrogen monoxide and sulfur trioxide. An equilibrium mixture...

Nitrogen dioxide reacts with sulfur dioxide to yields nitrogen monoxide and sulfur trioxide. An equilibrium mixture has the following concentrations: [NO2]= 0.100 M [NO] = 2.00 M [SO2] = 0.300 M [SO3]= 0.600 M if 0.500 M sulfur dioxide is added to this mixture, what will the new equilibrium concentrations be?
Partner PART A. BALANCING EQUATIONS sulfur plus oxygen yields sulfur trioxide carbon plus oxygen yields carbon...

Partner PART A. BALANCING EQUATIONS sulfur plus oxygen yields sulfur trioxide carbon plus oxygen yields carbon dioxide Name Date Combination reactions silver plus sulfur yields silver sulfide sulfur dioxide plus water gives sulfuric acid 3 Decomposition reactions sodium carbonate in the presence of heat produces carbon dioxide and sodium oxide carbonic acid produces carbon dioxide and water ammonium hydroxide produces ammonia and water potassium chlorate (KCIO,) plus heat gives potassium chloride and oxygen Single replacement reactions copper plus silver nitrate...
What series of the following elements are metalloids? tungsten, silicon, and gallium tungsten, sulfur, and silver...

What series of the following elements are metalloids? tungsten, silicon, and gallium tungsten, sulfur, and silver Germanium, antimony, and sulfur Gallium, germanium, and antimony

Trace amounts of sulfur (S) in coal are burned in the presence of diatomic oxygen (O2)...

Trace amounts of sulfur (S) in coal are burned in the presence of diatomic oxygen (O2) to form sulfur dioxide (SO2). Determine the minimum mass of oxygen required in the reactants and the mass of sulfur dioxide in the products when 5 kg of sulfur is burned. Use data from the tables. The minimum mass of oxygen required in the reactants is ------------------------ kg. The mass of sulfur dioxide in the products is -------------------- kg.