1. Determine the number of valence electrons for each element:

* Silicon (Si): Group 14, so it has 4 valence electrons.

* Oxygen (O): Group 16, so it has 6 valence electrons.

2. Draw the symbols for the atoms:

* Write "Si" for silicon and two "O" for the two oxygen atoms.

3. Represent valence electrons as dots:

* Silicon: Place 4 dots around the "Si" symbol, one on each side.

* Oxygen: Place 6 dots around each "O" symbol, one on each side and two as pairs on top and bottom.

4. Connect the dots to form bonds:

* Silicon: Each oxygen atom needs two more electrons to complete its octet.

* Oxygen: Silicon needs four more electrons to complete its octet.

* Connect two dots from each oxygen atom with two dots from silicon, forming two double bonds.

Here's what the final diagram would look like:

..

:Si:

..

/ \

:O: :O:

.. ..

Key points to remember:

* The electron dot diagram shows only the valence electrons, not the inner shell electrons.

* Each bond represents a shared pair of electrons, one electron contributed by each atom.

* Silicon oxide has a double bond between silicon and each oxygen atom.

Note: The electron dot diagrams are a simplified representation of bonding and do not show the actual three-dimensional shape of the molecule.