Silver does not combust as it is not a very reactive metal. It corrodes slowly by reacting with oxygen in the atmosphere.
Silver is not combustible in normal conditions as it has a high melting point and does not react with oxygen at room temperature. However, if heated to high temperatures in the presence of oxygen, silver can react and burn.
Silver does not readily react with nitrogen or oxygen to form stable compounds under normal conditions. However, silver can react with nitrogen and oxygen compounds in specific conditions to form various silver compounds.
Potassium is very unstable as it is part of the alkali metals part of the periodic table, it will react to water, by blowing up.
When silver nitrate reacts with light, it undergoes a photochemical decomposition process where it decomposes into silver metal, nitrogen dioxide gas, and oxygen gas. This reaction is a decomposition reaction and is commonly used in photography to form images on sensitive materials.
The combustion of silver oxide produces silver metal and oxygen gas. The chemical equation for this reaction is: 2Ag2O(s) → 4Ag(s) + O2(g). This is a redox reaction where silver oxide is reduced to silver metal and oxygen is oxidized to form oxygen gas.
Silver is not combustible in normal conditions as it has a high melting point and does not react with oxygen at room temperature. However, if heated to high temperatures in the presence of oxygen, silver can react and burn.
Silver does not readily react with nitrogen or oxygen to form stable compounds under normal conditions. However, silver can react with nitrogen and oxygen compounds in specific conditions to form various silver compounds.
Silver generally does not react with oxygen or water. However, it can react with sulfur compounds in the air to form tarnish. Silver can also react with certain acids and salts to form silver compounds.
Silver does not react with oxygen or water, which is why it doesn't tarnish easily. However, it can react with sulfur compounds in the air to form silver sulfide, which appears as a black tarnish on the surface of silver objects.
Silver does not react with water at room temperature. However, over time, silver may react with water and oxygen in the air to form a thin layer of tarnish.
Silver does not react with oxygen or water at room temperature. However, over time, silver can tarnish due to reactions with sulfur compounds present in the air, forming a layer of silver sulfide on its surface.
Silver does not react with oxygen or water, making it resistant to tarnishing. It also does not react with most acids, except for nitric acid. Additionally, silver is relatively unreactive with other metals such as gold and platinum.
Rubidium is a highly reactive metal and will react quickly with oxygen in the air. It will combust spontaneously, forming rubidium oxide (Rb2O), which is a white solid. The reaction is exothermic, releasing energy in the form of heat.
Silver does not react with water at room temperature or even at high temperatures. However, in the presence of oxygen and certain impurities, such as sulfur compounds, silver can tarnish and form a blackish silver sulfide layer on its surface.
Beryllium is the only alkaline metal that reacts to oxygen but not to water. The hydrogen in water stabilizes the reaction.
Zinc is more reactive with oxygen than silver. When exposed to oxygen, zinc will undergo oxidation to form zinc oxide, a white powdery substance. on the other hand, silver is relatively inert and does not react with oxygen easily.
Au and Pt are some metals which do not react with O.