Draw the electron dot structure of MgCl₂.

To draw the electron dot structure of magnesium chloride (MgCl₂), we first need to understand the elements involved.

Elements Overview

Magnesium (Mg) is a metal with two valence electrons, while chlorine (Cl) is a non-metal with seven valence electrons. In MgCl₂, one magnesium atom bonds with two chlorine atoms.

Steps to Draw the Structure

• Step 1: Write the symbol for magnesium (Mg) and indicate its two valence electrons as dots around it.
• Step 2: Write the symbol for chlorine (Cl) and show its seven valence electrons as dots around it.
• Step 3: Since magnesium donates its two electrons, draw arrows from the magnesium to each chlorine atom, indicating the transfer of electrons.
• Step 4: After the transfer, each chlorine atom will have eight electrons (including the ones received from magnesium), achieving a stable octet.

Final Representation

The final electron dot structure will show magnesium in the center with two arrows pointing to two chlorine atoms, each surrounded by their respective dots representing the valence electrons.

This structure illustrates how magnesium forms ionic bonds with chlorine, resulting in the compound MgCl₂.