mark which best describes the ionic compound that would result from the element combination given. beryllium…

mark which best describes the ionic compound that would result from the element combination given. beryllium and sulfur. ionic compound with a strength of 6. ionic compound with a strength of 4. ionic compound with a strength of 2. no ionic compound is formed because a noble gas does not react. no ionic compound is formed since you do not have a metal and a nonmetal. no ionic compound is formed since you do not have a metal and a nonmetal

mark which best describes the ionic compound that would result from the element combination given. beryllium and sulfur. ionic compound with a strength of 6. ionic compound with a strength of 4. ionic compound with a strength of 2. no ionic compound is formed because a noble gas does not react. no ionic compound is formed since you do not have a metal and a nonmetal. no ionic compound is formed since you do not have a metal and a nonmetal

Answer

Explanation:

Step1: Determine element types

Beryllium (Be) is a metal and sulfur (S) is a non - metal. They will form an ionic compound.

Step2: Determine ion charges

Beryllium has a +2 charge ($Be^{2+}$) as it is in Group 2 and loses 2 electrons. Sulfur has a - 2 charge ($S^{2-}$) as it is in Group 16 and gains 2 electrons.

Step3: Determine ionic compound formula

The formula of the ionic compound is BeS. The strength of an ionic bond is related to the charges of the ions. Here, the product of the charges of the ions is $|+ 2|\times|-2| = 4$.

Answer:

Ionic compound with a strength of 4