the tune of Iron from about -60 to -190 kcal/mol, substantial amount of heat gnerated so the reaction is exothermic.
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It is an exothermic reaction. However, rusting of iron liberates only a small amount of heat as compared to other forms of metal corrosion.
Rusting is an eXothermic reaction, not an eNDothermic.
According to the definition of an exo/endo-thermic compound, all metallic oxides (rusty metals) are exothemic compounds, since their forming reaction starting from elemenets (Me + O2) is called rusting as an example of an exothermic reaction.
Rusting is an oxidation reaction.
Fire is the oxidation of carbon in the form of wood or coal and is an exothermic reaction (releases heat). Rusting is the oxidation of iron which is also an exothermic reaction releasing small amounts of heat but to be considered burning it must be an intense heat. The reaction between oxygen and iron is too slow and releases its heat over too long a period of time but that is an interesting way to think about the reaction. That is similar to asking if H2O is a rusty H2 molecule.
It is an exothermic reaction. However, rusting of iron liberates only a small amount of heat as compared to other forms of metal corrosion.
It is an endothermic reaction because in endothermic reaction energy is added .In that reaction nitrogen does not react with oxygen without energy added in the shape current . In that reaction 3000`current is applieded to take reaction b/w nitrogen and oxygen
Rusting is an eXothermic reaction, not an eNDothermic.
Oxidation (rusting) of iron metal is the reaction of iron and oxygen
According to the definition of an exo/endo-thermic compound, all metallic oxides (rusty metals) are exothemic compounds, since their forming reaction starting from elemenets (Me + O2) is called rusting as an example of an exothermic reaction.
Rusting of iron is an oxidation reaction in the presence of water.
Rusting is an oxidation reaction.
Fire is the oxidation of carbon in the form of wood or coal and is an exothermic reaction (releases heat). Rusting is the oxidation of iron which is also an exothermic reaction releasing small amounts of heat but to be considered burning it must be an intense heat. The reaction between oxygen and iron is too slow and releases its heat over too long a period of time but that is an interesting way to think about the reaction. That is similar to asking if H2O is a rusty H2 molecule.
Yes, rusting is oxidation of iron. The iron is oxidised, the oxygen is reduced. This is thus basically a redox reaction.
Rusting is a chemical reaction - an oxydation; the essential factor for iron rusting is oxygen.
Rusting of iron is a chemical reaction of oxydation (reaction with oxygen).
The formation of iron oxides is caused by chemical reaction of iron and oxygen. Note, it is not rusting; rusting also requires the presence of water.