Oxygen is the most reactive component of air. So for nearly all metals that burn in air only the oxide is formed. There is one exception magnesium burns in air to form the oxide and also traces of nitride.
The reactivity of metals can be tested by observing their reaction with water, acids, or oxygen. More reactive metals will react vigorously and produce products such as hydrogen gas or metal oxides, while less reactive metals may not react at all or only react slowly. The reactivity series of metals can be used as a reference to determine their relative reactivity.
Oxygen is an element and therefore is only contained by itself. However, it can be abstractly said that all elements with atomic numbers above eight "contain" oxygen, because if you removed enough neutrons, protons, and electrons from any element above 8, you would have oxygen. (Or at least, you would have an unstable atom).
No, not all metals react with hydrochloric acid to produce hydrogen gas. Only metals higher in the reactivity series than hydrogen, such as zinc, iron, and magnesium, will react with hydrochloric acid to form hydrogen gas. Metals like gold, silver, and platinum do not react with hydrochloric acid.
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.
No: Only those metals that are higher in the electromotive series than hydrogen react with acids to release hydrogen gas. Examples of metals that never undergo this reaction are copper, silver, and gold. Also, even some metals that are higher than hydrogen in the electromotive series do not react rapidly enough to notice under ordinary conditions because of spontaneous formation of passive layers on their surfaces. Aluminum and austenitic stainless steels are examples of this group. These passivating metals will react, however, if their passive surfaces are broken by mechanical means.
Beryllium is the only alkaline metal that reacts to oxygen but not to water. The hydrogen in water stabilizes the reaction.
The reactivity of metals can be tested by observing their reaction with water, acids, or oxygen. More reactive metals will react vigorously and produce products such as hydrogen gas or metal oxides, while less reactive metals may not react at all or only react slowly. The reactivity series of metals can be used as a reference to determine their relative reactivity.
because the molecules of oxygen only react at high temperatures
Most metals react with acids to give off hydrogen. Only very nonreactive metals, like gold and platinum do not react with metals. An example would be: Calcium + Hydrochloric Acid = Calcium chloride + Hydrogen gas (Ca +2 HCl = CaCl2 + H2)
No. Hydrogen and oxygen will only react at high temperatures.
They react with a oxydation reaction , forming oxydes. For example: Iron (Fe) reacts with the equation, 2 Fe(s) + O2(g) + 2 H2O(l) = 2 Fe(OH)2(s) Fe(OH)2 is rust. or with the formation of hydroxides: 2 Na + 2 H2O = 2 NaOH + H2
Yes.. Metals do not have full valency shells so they must lose or gain electrons [to become like their nearest noble gas]. As long as the last shell is not full, it is possible - not only for metals but non-metals as well.
Only some metals; an example is aluminium.
Oxygen is an element and therefore is only contained by itself. However, it can be abstractly said that all elements with atomic numbers above eight "contain" oxygen, because if you removed enough neutrons, protons, and electrons from any element above 8, you would have oxygen. (Or at least, you would have an unstable atom).
No, bases can also react with some metals (ex.: aluminium and sodium hydroxide).
No, not all metals react with hydrochloric acid to produce hydrogen gas. Only metals higher in the reactivity series than hydrogen, such as zinc, iron, and magnesium, will react with hydrochloric acid to form hydrogen gas. Metals like gold, silver, and platinum do not react with hydrochloric acid.
Nobles gasses will not react with metals or most nonmetals. Only a few noble gasses compounds exits, and none exist naturally. Noble gasses will only form compounds with fluorine and oxygen.