Nonmetals typically react with both metals and other nonmetals. When reacting with metals, nonmetals can gain electrons to form negative ions, as seen in halogens reacting with alkali metals. In reactions with other nonmetals, they may share electrons to form covalent bonds, such as in the formation of molecules like water (H2O) and carbon dioxide (CO2). Additionally, nonmetals can participate in oxidation-reduction reactions, where they may either gain or share electrons.
Atoms of non-metals usually gain or share electrons when they react with other atoms.
Metals loss electrons and nonmetals gain electrons.
Sulfur doesn't react with water.
Neptunium is a reactive metal and can react with the majority of non metals.
Non metals form ionic bonds with metals. Non metals gain the electrons while metals loose. Alkali metals reacts with halogen family in efficient manner.
Atoms of non-metals usually gain or share electrons when they react with other atoms.
A metal and a non metal. Two non metals. A metal and a metalloid.
metals lose electrons when they react with a non-metal
Nonmetals gain electrons.
they form a salt
Metals loss electrons and nonmetals gain electrons.
Sulfur doesn't react with water.
Non-metals typically form oxides when they react with oxygen. The resulting compounds are often acidic in nature.
Most of them do NOT react with water. Only fluorine and to some extend chlorine do. Actually the only good 'water reacting' group of elements is group 1: the alkali metals.
Neptunium is a reactive metal and can react with the majority of non metals.
Uranium can react with the majority of non-metals (excepting noble gases); uraniun can form alloys with all metals.
Metals react with non-metals to achieve a stable electron configuration. Metals tend to lose electrons to achieve a full outer shell, while non-metals tend to gain electrons to fill their outer shell. This transfer of electrons between metals and non-metals results in the formation of ionic compounds.