No not really, metals rust. However, rust can be considered metal decomposition (kind of).
depends on the conditions they are exposed to and also the type of metal
Metals are not decomposed by heating. Some metals burn, as magnesium.
Metals are inorganic, they don't decompose. They might change form by bonding with other elements (e.g. rusting) but metals don't "decompose".
They decompose all dead animals.
No... while metals are recyclable, they do not decompose like vegetation. They need to be processed and refined.
Most metals do not decompose in the traditional sense, but rather corrode or tarnish over time due to exposure to air or water. Some metals, like alkali metals, can react violently with water, leading to decomposition into their elemental components. Additionally, highly reactive metals such as magnesium and aluminum can decompose at high temperatures through a process known as thermal decomposition.
Hydrogen peroxide can decompose in the presence of certain substances, such as metals like iron or copper, as well as enzymes like catalase found in living organisms.
Yes. All animals decompose when they die.
Metals do not decompose. They rust. In a way, you can consider rust a metal;s form of decomposition, but not really.... Actually, only iron rusts. Many metals are oxidized which results in rust, patina, etc. And the length of time varies with environmental conditions and the type of metal.
Xenon does not typically react with metals under standard conditions due to its low reactivity. However, xenon can form compounds with highly reactive metals under extreme conditions, such as high temperatures and pressures. These compounds are usually unstable and decompose rapidly.
Animals aren't the only ones that decompose, all living organisms decompose as well. For example, trees aren't animals, but they do decompose because they are a living organism.
If the nitrates are of alkali metals, they decompose into Nitrites and Oxygen:NO3- --Δ--> NO2-+ O2If the nitrates are of other metals, they decompose into Metal oxides, Nitrogen dioxide and Oxygen:NO3- --Δ--> O2- + NO2 + O2