The most reactive metal is francium but this element is only a curiosity being very rare and unstable.
there are alkali metals that are the most reactive metals on the periodic table and halogens which are the most reactive nonmetals
Metals are highly reactive because of their characteristic electronic configuration, that is, the electrons in the atoms of metals have high tendency to leave their respective atoms and react with other species which have high tendency to accept electron.
The most reactive groups are alkali metals and halogens.
It is not true; some metals are not so reactive and noble metals are practically unreactive.
The Alkali metals are the most reactive group of metals in the periodic table. Of these Francium is the most reactive metal of all.
Most reactive metals are alkali metals, most reactive nonmetalas are halogens.Least reactive metals are platinum metals; least reactive nonmetals are noble gases.
The most reactive non metals are Halogens which may combine most of the metals as well as non metals.
Alkali metals
Alkali metals are most reactive metals. Halogen family comprises of highly reactive non-metals.
The Alkali metals are the most reactive group of metals in the Periodic Table. Of these Francium is the most reactive metal of all.
The Alkali metals are the most reactive group of metals in the Periodic Table. Of these Francium is the most reactive metal of all.
there are alkali metals that are the most reactive metals on the periodic table and halogens which are the most reactive nonmetals
the alkali metals are the most reactive... either cesium or francium would be the most reactive out of this group.
Most reactive metals are in the lower left corner.
in the Periodic Table it is the most reactive metals!
The most reactive groups are alkali metals and halogens.
Metals are highly reactive because of their characteristic electronic configuration, that is, the electrons in the atoms of metals have high tendency to leave their respective atoms and react with other species which have high tendency to accept electron.