Nonmetals may react with metal to form ionic compounds (salts) or other nonmetal elements to form organic compounds.
Mercury forms amalgams with most metals. It can react with non-metals to form to types of compounds: mercurous and mercuric compounds.
In old nomenclature, oxides of elements were called "earths". The oxides of Group II form alkaline (basic pH) solutions in water; i.e. they are base anhydrides. Thus they were referred to as the alkaline earth metals.
An atom with more electrons than protons has a Negative charge. This makes it not a atom but an Ion. A Negatively charged Ion is called a Anion (An-Ai-On) and a positive Ion is called a cation (Cat-ai-on).
React is a verb; reacted is the simple past tense.
The rare earth elements are 17 proper elements, consisting of scandium, yttrium and the fifteen lanthanoids.All of the elements in the lanthanide and actinide series are considered "rare earth" elements
Nonmetals that do not react naturally with other elements are inert. These nonmetals are called the noble gases and are in Group 18 (VIIIA) on the Periodic Table.
Nonmetals commonly react with metals to form ionic compounds. Nonmetals can also react with other nonmetals to form covalent compounds. Additionally, nonmetals can react with oxygen, hydrogen, and halogens to form various types of compounds.
Plutonium can react with the majority of the nonmetals.
Elements from the boron, carbon, pnictogen, chalcogen and halogen families (groups 13 to 17) react with metals.
The chemistry of francium is not known; it is probable that francium easy react with nonmetals.
Examples of active nonmetals include oxygen, fluorine, chlorine, and bromine. These elements readily form compounds and react with other elements to gain electrons.
Potassium is a metal, and it would react to group 17 (7A) because those elements are nonmetals.
Something that can happen is they can gain, lose, or share four elements.
Something that can happen is they can gain, lose, or share four elements.
Silicon primarily reacts with nonmetals such as oxygen, sulfur, and halogens. It can also react with certain metals to form silicides.
Share
They tend to gain electrons when reacting with a metal. Metals generally are short of a full octet by 1 to 4 valence electrons. It is easier to drop 2 electrons than try to gain 6 electrons. The elements in group four can go either way, but the other metals will give up electrons, and non-metals will take them.