YELLOW ORANGE Cm Curium H Hydrogen Al Aluminum BLUE PURPLE Bk Berkelium B Boron Zn Zinc Sc Scandium Fe Iron Cf Californium C Carbon Ga Gallium Ti Titanium Co Cobalt EsEinsteinium N Nitrogen Ge Germanium V Vanadium Ni Nickel Fm Fermium O Oxygen Cd Cadmium Cr Chromium Cu Copper Md Mendelevium F Fluorine In Indium Mn Manganese Mo Molybdenum No Nobelium Si Silicon Sn Tin Y Yttrium Tc Technetium Lr Lawrencium P Phosphorus Sb Antimony Zr Zirconium Ru Ruthenium Rf Rutherfordium S Sulfur Hg Mercury Nb Niobium Rh Rhodium Db Dubnium Cl Chlorine Tl Thallium La Lanthanum Pd Palladium Sg Seaborgium As Arsenic Pb Lead Ce Cerium Ag Silver Bh Bohrium Se Selenium Bi Bismuth Pr Praseodymium Hf Hafnium Hs Hassium Br Bromine Po Polonium Nd Neodymium Ta Tantalum Mt Meitnerium Te Tellurium GREEN Pm Promethium W Tungsten Ds Darmstadtium I Iodine Li Lithium Sm Samarium Re Rhenium Rg Roentgenium At Astatine Be Beryllium Eu Europium Os Osmium Cn Copernicium RED Na Sodium Gd Gadolinium Ir Iridium Uut Ununtrium He Helium Mg Magnesium Tb Terbium Pt Platinum Fl Flerovium Ne Neon K Potassium Dy Dysprosium Au Gold Uup Ununpentium Ar Argon Ca Calcium Ho Holmium Ac Actinium Lv Livermorium Kr Krypton Rb Rubidium Er Erbium Th Thorium Uus Ununseptium Xe Xenon Sr Strontium Tm Thulium Pa Protactium Uuo Ununoctium Rn Radon Cs Cesium Yb Ytterbium U Uranium Ba Barium Lu Lutetium Np Neptunium Fr Francium Pu Plutonium Ra Radium Am Americium Name____________________________________________________________Block_________ Uncovering The Periodic Table of Elements DIRECTIONS: 1. On the Periodic Table provided, use colored pencils or crayons (not markers) to lightly shade the Periodic Table squares according to the color key listed below. Use the element list on back to help you identify which color to use. 2. Place your newly colored Periodic Table in your notebook for further study. COLOR KEY: (aligns with classroom chart hanging on windows) **Spaces below are for notes to be provided in a future class discussion. These are some of the special chemical properties by which elements differ from one another. Blue Heavy Metals – Brittle (____________________________________________) Purple Heavy Metals – Ductile (____________________________________________) Orange Heavy Metals – Low Melting Point AKA Metaloids (Poor Metals) (________________________________________________________________) Yellow Non-Metals (____________________________________________________) Green Light Metals (____________________________________________________) Red Noble (Inert) Gases (________________________________________________) NOTES: Blue Heavy Metals - Brittle (likely to break, snap or crack) Purple Heavy Metals – Ductile (easily bent before breaking) Orange Heavy Metals – Low Melting AKA Metaloids or Poor Metals (reaches melting point temperature very quickly verses other metals) Yellow Non-Metals (Not shiny. Do Not conduct electricity or heat) Green Light Metals (VERY reactive and highly attracted to others) Red Noble (Inert) Gases (Do Not chemically react with other elements. Usually keep to themselves; hence nobility) Chemical Properties of Elements and Compounds: reactivity with other chemicals toxicity coordination number flammability enthalpy of formation heat of combustion oxidation states chemical stability types of chemical bonds that will form Verses Physical Properties Appearance Texture Color Odor Melting point Boiling point Density Solubility Polarity .