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

mark which best describes the ionic compound that would result from the element combination given. lithium and chlorine\n\nlonic compound with a strength of 6\n\nlonic compound with a strength of 4\n\nlonic compound with a strength of 2\n\nno ionic compound is formed because a noble gas does not react\n\nno 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. lithium and chlorine\n\nlonic compound with a strength of 6\n\nlonic compound with a strength of 4\n\nlonic compound with a strength of 2\n\nno ionic compound is formed because a noble gas does not react\n\nno ionic compound is formed since you do not have a metal and a nonmetal

Answer

Brief Explanations:

Lithium is a metal and chlorine is a non - metal. They form an ionic compound lithium chloride (LiCl). The strength of an ionic compound is related to the charges of the ions and the distance between them. Lithium has a + 1 charge ($Li^+$) and chlorine has a - 1 charge ($Cl^-$). Based on general ionic - bonding concepts, this simple 1:1 combination of singly - charged ions gives an ionic compound with a relatively moderate strength. Among the options given for strength values, a strength of 2 is a reasonable estimate for a simple ionic compound like LiCl compared to more complex ionic compounds with higher - charged ions.

Answer:

Ionic compound with a strength of 2