Trimethylindium is extremely reactive towards oxygen and water. With low concentrations of oxygen (ppb to ppm to a few %), it immediately forms dimethylindium methoxide (Me2InOMe) as the first reaction product by insertion of O between In and C. With increased concentrations of oxygen (several %, atmospheric air or pure oxygen), it burns or explodes. Similar insertion reactions are expected with other elements of Group 16 (such as S, Se and Te) with highly vigorous outburst at higher concentrations of S, Se and Te. Trimethylindium reacts readily and vigorously with water to form Me2InOH and Methane (CH4) gas if the concentration of H2O is very small (upto 1000's ppm). With high concentrations of water (% level), trimethylindium can burn and often explode leaving behind In(OH)3, In2O3 as the final products. Extremely violent reactions of trimethylindium are also known with oxidizers (such as H2O2, KMnO4, HNO3, Bleach) and halogenated compounds (CCl4, CBrCl3, CBr2Cl2, CHCl3, C2Cl6 and halocarbon oils).
The elements in Group 1 of the Periodic Table are highly reactive in water, and, only slightly less reactive in Oxygen. Group 2 elements are also quite reactive in Oxygen, but not quite as reactive as those elements in Group 1.
Yes sodium is very reactive metal.Just because of this it is kept in kerosene or some another oil because it is very reactive with oxygen and water.
Phosporous is stored in water because it is very reactive non metal and when exposed to air it catches fire easily and ignites.To prevent contact with atmospheric oxygen it is stored in water.
Because the extra oxygen atom makes peroxide much more chemically reactive and unstable than water.
Because phosphorus is very reactive non metal. It catches fire if exposed to air. To prevent the contact of phosphorus with atmospheric oxygen,it is stored in water. Whereas,sodium is very reactive. It reacts vigorously with oxygen and water. A lot of heat is generated in the reaction. It is, therefore,stored in kerosene
all of the halogens: bromine, fluorine, oxygen, chlorine and iodine. and it is highly reactive with water.
In reaction with water and oxygen Fr is more reactive than Cs
The elements in Group 1 of the Periodic Table are highly reactive in water, and, only slightly less reactive in Oxygen. Group 2 elements are also quite reactive in Oxygen, but not quite as reactive as those elements in Group 1.
Ozone is reactive molecule ready to give oxygen atom. This oxygen oxidizes to purify water.
Apart, Oxygen and Hydrogen are not stable, but when they combine they become stable, and when something is stable, it is not reactive (unless you force it to be)
Apart, Oxygen and Hydrogen are not stable, but when they combine they become stable, and when something is stable, it is not reactive (unless you force it to be)
The drained material contains acidic materials which are highly reactive towards Iron and Iron is easily corroded by water and oxygen so iron is not suitable for drainage pipes.
Protactinium is a reactive metal; protactinium react with water vapours, acids, oxygen, halogens,etc.
Yes sodium is very reactive metal.Just because of this it is kept in kerosene or some another oil because it is very reactive with oxygen and water.
That oxygen and hydrogen are highly reactive.
Actinium react with oxygen, water, hydrogen, sulfur, halogens, etc.
Potassium is most reactive with the element Oxygen. However, it should be noted that it is most reactive with a non-element: Water.