Sulfur forms its ion let me see by um i don't know that's why i came on here
Sulfur typically forms a -2 ion, known as sulfide (S2-).
Chlorine prefers to gain one electron to achieve a full outer electron shell, forming a -1 ion. On the other hand, sulfur has two extra electrons to reach a full outer shell, leading to the formation of a -2 ion. This difference in electron configuration accounts for why chlorine forms a -1 ion while sulfur forms a -2 ion.
Sulfur commonly forms a -2 charge as a simple monatomic ion by gaining two electrons to achieve a stable electron configuration.
The symbol for the magnesium ion formed when magnesium metal reacts with sulfur is Mg^2+.
When sulfur forms a negative ion, it gains two electrons to achieve a full outer electron shell, making it have the same electron configuration as argon.
Sulfur typically forms a -2 ion, known as sulfide (S2-).
2- Because, to get a full octet, Sulfur gains two electrons to become like Argon, thus it gains a charge of 2-.
Chlorine prefers to gain one electron to achieve a full outer electron shell, forming a -1 ion. On the other hand, sulfur has two extra electrons to reach a full outer shell, leading to the formation of a -2 ion. This difference in electron configuration accounts for why chlorine forms a -1 ion while sulfur forms a -2 ion.
Sulfur commonly forms a -2 charge as a simple monatomic ion by gaining two electrons to achieve a stable electron configuration.
The symbol for the magnesium ion formed when magnesium metal reacts with sulfur is Mg^2+.
Mg2+
Sulfur forms a -2 ion in an attempt to achieve a complete electron shell that is isoelectronic with Argon. In order to achieve a full 3p shell, Sulfur must gain 2 electrons, becoming a -2 ion.
When sulfur forms a negative ion, it gains two electrons to achieve a full outer electron shell, making it have the same electron configuration as argon.
Mg2+
yes sulfur is positive ion
The third period element that forms a 3- ion is sulfur.
Sodium loses one electron to form a Na+ ion. Sulfur gains two electrons to form a sulfide ion, S2-.