Magnesium rapidly combines with many different elements, and violently reacts with hydrogen chloride. The last word I would use to describe it is inert.
Look to the right side of the Periodic Table for gases and elements that are inert.
Magnesium oxide is a very inert substance. It does not disolve readily in water but dos dissolve in acids. the reaction with concentrated hydrochloric acid is exothermic.
Carbon monoxide is not an inert gas.
group 18 elements. they are inert because they have completely filled orbitals and and stable or chemically inert.
Inert is a state of doing little to nothing. In relation to metals, an inert metal is a metal that is not reactive. Gold can react with other things so it is not inert.
Mg stands for Magnesium. It is placed in group-2.
No. Argon is chemically inert and does not form any bond with magnesium (or other metals).
While nitrogen is usually fairly inert, magnesium is so reactive that even nitrogen can react with it.
Magnesium and palladium are both metals; they both have the usual silvery appearance of metals, and are both very electrically conductive. Other than that they are very different. Magnesium is soft and reactive, palladium is hard and inert.
no rection takes place.because two of the compounds are already oxidized n r therefore inert(unreactive).
Magnesium oxide is a very inert substance. It does not disolve readily in water but dos dissolve in acids. the reaction with concentrated hydrochloric acid is exothermic.
Inert means they don't react. Group 18, the noble gases, are inert.
inert gas inert gas inert gas
no oxygen is not a inert gas
Magnesium is a very reactive substance, rusts when in contact with the moist air and produces a white flame when lit on fire. Whereas Argon is a noble gas and is very inactive. Hence, it is impossible!
Gold is active, or at least not inert. Only the noble gases are inert.
The inert gas had no effect on the experiment. The bomb was inert and failed to explode.
argon is an inert gas