1. YOUR PERIODIC TABLE

2. What to Label Color the same group/family/type of elements the same color: Ex. All alkali metals should be 1 color –Color your key Draw a line around the s, p, d, and f orbitals and label with letter Find the Group # –Valence Electrons (ve - ) Transition Metals vary from 1 - 4 –Oxidation Number ( example 1 + or 2 - ) Transition Metals vary from 1+ to 4+… but always positive) Group 14 vary between 4 + and 4 - –Label Cation or Anion, if needed (some switch between these) Black circle – gasesBlue circle – liquids (at room temperature) Draw arrows in the direction of increase for the periodic trends of electronegativity, ionization energy, atomic radius, and ionic radius

3. 2 3456789101112 13141516 17 Group # CCCCCCCCCC F Cl Br I At Non-metals (green) Alkali Metals (blue) Alkali Earth Metals (red) Group No. Transition Metals (yellow) Noble Gases (brown) Halogens (orange) Ge Sb Po Other metals (turquoise) Metalloids (fushia) Rare Earth Metals (gold)

4. 2 3456789101112 13141516 17 Group # CCCCCCCCCC F Cl Br I At Non-metals (green) Alkali Metals (blue) Alkali Earth Metals (red) Group No. Transition Metals (yellow) Noble Gases (brown) Halogens (orange) Ge Sb Po Other metals (turquoise) Metalloids (fushia) Rare Earth Metals (gold)

5. 13141516 17 1 2 345 8 76 Valence Electrons C C CC/AAAA Cation or Anion F Cl Br I At Oxidation Number 1+ 2+ 3+4+2-3-1- 0 Variable Valence Electrons and Variable oxidation numbers Ge Sb Po Variable Valence Electrons & Oxidation Numbers

6. Electronegativity and Ionization Energy Atomic Radius & Ionic Radius Electronegativity and Ionization Energy