Group 16 (oxygen family) wants to bond with members of group 2 (alkali earth metals) because group 2 elements readily donate their outermost electron to group 16 elements, forming stable ionic compounds. This electron transfer allows both groups to achieve a more stable electron configuration.
Group 1 elements can form 1 bond, Group 14 can form 4 bonds, Group 16 can form 2 bonds, and Group 17 can form 1 bond.
Group 16 of the periodic table of the elements (chalcogens elements)
If you meant to say "elements ARE most likely to bond with," which is probably what you meant, then the answer would be 7A(or 17), also called the Halogens. "Halogen" actually means "salt-forming." When you take a chlorine (7A) and sodium (1A), you end up with table salt! ---- In a nutshell, the answer is Group 7A, or 17.
All elements in group 16 share similar properties because their valence shells all contain the s2p4 electron configuration.
Group 16 or the chalcogens.
In general, when an element in group 1 or group 2 combines with elements in group 16 or group 17, ionic bonds are formed between the two elements.
Elements with high electronegativities are typically found in Group 17, the halogens, and in Group 16, the chalcogens, of the periodic table. These elements have a tendency to attract electrons towards themselves in a chemical bond.
Group 16 (oxygen family) wants to bond with members of group 2 (alkali earth metals) because group 2 elements readily donate their outermost electron to group 16 elements, forming stable ionic compounds. This electron transfer allows both groups to achieve a more stable electron configuration.
Group 1 elements can form 1 bond, Group 14 can form 4 bonds, Group 16 can form 2 bonds, and Group 17 can form 1 bond.
chalcogens
It does have a name. Group 16 elements are called "chalcogens".
Group 16 elements.
Group 17 and group 16 in general.
Group 16 of the periodic table of the elements (chalcogens elements)
Group 16 elements, also known as chalcogens, would most readily react with group 2 elements (alkaline earth metals) to form compounds. This reaction typically involves the transfer of electrons from the alkaline earth metal to the chalcogen to achieve a stable electron configuration. Examples include reactions between oxygen (a group 16 element) and magnesium (a group 2 element) to form magnesium oxide.
If you meant to say "elements ARE most likely to bond with," which is probably what you meant, then the answer would be 7A(or 17), also called the Halogens. "Halogen" actually means "salt-forming." When you take a chlorine (7A) and sodium (1A), you end up with table salt! ---- In a nutshell, the answer is Group 7A, or 17.