Silver is a metal. Sulphur is a nonmetal.
sodium thiosulphate
Sulphur Dioxide can be prepared by reaction of copper with concentrate sulphuric acid. Cu + H2SO4 ----------> CuSO4 +SO2 + 2H2O
There is no reaction.
the iron is classified as non metal afta the reaction because its dull and brittle.
a sulphur element has no mobile electrons
silvers turn black due to the reaction of sulphur present in hydrogen sulphide from air. --- Tarnish is silver oxide (rust) caused by a chemical reaction of oxygen and hydrogen sulphide with the surface of the silver. Unlike iron, silver will not rust in air absent of hydrogen sulphide.
Silver is a metal. Sulphur is a nonmetal.
I guess you are referring to the shiny metallic appearance when you say 'silver' Carbon is not silver in appearance. Sulphur is not silver in appearance. Both Carbon and Sulphur are elements.
sodium thiosulphate
The reaction is: S + O2 = SO2
silicon silver and sulphur are all in diffront catigories
When water is added to the gas jars in which sulphur was burnt, a chemical reaction occurs. The sulphur dioxide gas produced from burning sulphur reacts with the water to form sulphurous acid (H2SO3). This reaction results in the formation of a colorless solution with acidic properties.
Any reaction occur.
Silver sulfide Ag2S -Molar mass: 247.9 g/mol . Thus 2 moles of silver will react with one mole of sulphur. Silver Atomic mass: 107.9 so 4 g = 0.0370713623725672 of a mole Sulphur Atomic mass 32.1 so 4 g= 0.1246105919003115 of a mole Ag2S -Molar mass: 247.9 g/mol - which is 32.1 g of Sulphur + 2 times 107.9 = 215.8 g of Silver Therefore 32.1/215.8 = 0.1487488415199259 the ratio of the masses Therefor Silver 4 g * 0.1487488415199259 = 0.5949953660797034 g of Sulphur Therefore the mass of Silver sulphide produced is 4.5949953660797034 grams, With 4-0.5949953660797034 = 3.405004633920297 g of sulphur left over.
Whenever silver is in the presence of certain sulphur compounds, particularly hydrogen sulphide.
Sulphur and oxygen react to form either sulfur dioxide or sulfur trioxide, depending on reaction conditions.