diff --git a/Grade 10/Science/SNC2DZ/Unit 1: Chemistry.md b/Grade 10/Science/SNC2DZ/Unit 1: Chemistry.md
index 03ef4db..b08c763 100644
--- a/Grade 10/Science/SNC2DZ/Unit 1: Chemistry.md	
+++ b/Grade 10/Science/SNC2DZ/Unit 1: Chemistry.md	
@@ -33,22 +33,6 @@
 
 ## Trends on the Periodic Table
 
-## Rows
-- Same energy level in each period
-- Same number of valence electrons in each group
-- Across a row/period $`\rightarrow`$ more $`p^+`$ in nucleus $`\rightarrow`$ greater attraction to $`e^-`$
-- Atomic radius decreases as you move acroos a row/period, due to more protons in the nucleus that attract the negatives.
-- Atomic radius is the from the center of the atom (nucleus) to the outer most shell (valence shell)
-
-## Columns
-- down a column, increase of energy level, as you move down
-- every atom has only one valence shell (cause its the most outer shell)
-- if valence shell is further away from the nucleus, less attractive force between nucleus and valence $`e^-`$
-- more energy levels where $`e-`$ can be
-- Negative electrons are repeling the valence shell electrons `(shielding)`
-- `Shielding` "inner electrons" repel valence electrons and "block" attraction force between valence electrons and nucleus
-- Atomic radius increases as you move down a column/group
-
 <table>
 <tr>
 <th>Trend</th>
@@ -81,6 +65,24 @@
 </tr>
 </table>
 
+## Rows
+- Same energy level in each period
+- Same number of valence electrons in each group
+- Across a row/period $`\rightarrow`$ more $`p^+`$ in nucleus $`\rightarrow`$ greater attraction to $`e^-`$
+- Atomic radius decreases as you move acroos a row/period, due to more protons in the nucleus that attract the negatives.
+- Atomic radius is the from the center of the atom (nucleus) to the outer most shell (valence shell)
+
+## Columns
+- down a column, increase of energy level, as you move down
+- every atom has only one valence shell (cause its the most outer shell)
+- if valence shell is further away from the nucleus, less attractive force between nucleus and valence $`e^-`$
+- more energy levels where $`e-`$ can be
+- Negative electrons are repeling the valence shell electrons `(shielding)`
+- `Shielding` "inner electrons" repel valence electrons and "block" attraction force between valence electrons and nucleus
+- Atomic radius increases as you move down a column/group
+
+
+
 ## Metals
 - They tend to lose electrons
 - They are shiny, ductile, malleable, conductive