Anions are named by replacing the ending of the element's name with “-ide.”

Anions are named by replacing the ending of the element's name with “-ide.”

Anions are named by replacing the ending of the element's name with “-ide.”

Non-s-block cations are polyvalent, which means they can form multiple ion charges. Therefore, their name must specify the charge in that instance by using a Roman numeral in parentheses.

Non-s-block cations are polyvalent, which means they can form multiple ion charges. Therefore, their name must specify the charge in that instance by using a Roman numeral in parentheses.

Non-s-block cations are polyvalent, which means they can form multiple ion charges. Therefore, their name must specify the charge in that instance by using a Roman numeral in parentheses.

Anions are named by replacing the ending of the element's name with “-ide.”

Anions are named by replacing the ending of the element's name with “-ide.”

Anions are named by replacing the ending of the element's name with “-ide.”

Cations from the s-block are named by simply adding the word “ion” after the element's name.

Cations from the s-block are named by simply adding the word “ion” after the element's name.

Cations from the s-block are named by simply adding the word “ion” after the element's name.

Non-s-block cations are polyvalent, which means they can form multiple ion charges. Therefore, their name must specify the charge in that instance by using a Roman numeral in parentheses.

Non-s-block cations are polyvalent, which means they can form multiple ion charges. Therefore, their name must specify the charge in that instance by using a Roman numeral in parentheses.

Non-s-block cations are polyvalent, which means they can form multiple ion charges. Therefore, their name must specify the charge in that instance by using a Roman numeral in parentheses.