Law of Conservation of Mass Law of Definite Discovered the Ratio of an Electron s Charge to its Proportions Law of Multiple Proportions Mass Using a Cathode Ray Tube Calculated the Charge of an Electron Oil Drop Discovered the Proton and the Nucleus Gold Foil Experiment Experiment Discovered the Neutron The Unit Mass m and Charge q of an Electron The Unit Mass m and Charge q of a Proton The Unit Mass m and Charge q of a Neutron 2014 Marcus Jennings J J Thompson John Dalton E Rutherford Millikan m 0 amu q 1 Chadwick m 1 amu q 0 m 1 amu q 1 2014 Marcus Jennings The Atomic Number is Equal to the The Atomic Mass is Equal to the The Charge of an Atom is Equal to the Isotope The Horizontal Rows of the Periodic Table The Vertical Columns of the Periodic Table Nonmetals Metals 2014 Marcus Jennings Sum of the Number of Protons and Neutrons Number of Protons Has the Same Number of Protons but a Different Number of Protons Number of Electrons Number of Neutrons Groups or Families Periods Types of Elements that are Good Conductors of Heat Types of Elements that are Poor Conductors of Heat and Electricity Often Give Away Electrons and Electricity Often Gain or Share Electrons 2014 Marcus Jennings Have Properties of Both Metals and Nonmetals Group 1A and Ionic Charge Group 2A and Ionic Charge Ionic Charge of Group 3A Group 7A and Ionic Charge Name of Group 8A Ionic Charge of Group 6A Ionic Charge of Group 5A 2014 Marcus Jennings Alkali Metals 1 Metalloids 3 Alkaline Earth Metals 2 Noble Gases Halogens 1 3 2 2014 Marcus Jennings The Elements Between Group 2A and Group 3A These Elements Exist in Nature in Diatomic Form A Charged Particle Molecular Formula Empirical Formula Acids Substances that Accept H or Contain the Hydroxide Substances that Contain Water Ion OH 2014 Marcus Jennings H N O F Cl Br I Transition Metals The True Number of Atoms of Each Element that Make Up the Smallest Unit of a Substance Ion Substances that Donate H The Smallest Whole Number Ratio of Atoms that Make Up the Smallest Unit of a Substance Hydrates Bases 2014 Marcus Jennings NH4 Pb2 Ag Zn2 Chlorate Carbonate 2 CrO4 CN 2014 Marcus Jennings Lead II Ammonium Zinc aq Silver aq 2 CO3 ClO3 Cyanide Chromate 2014 Marcus Jennings 2 Cr2O7 Hydroxide NO3 MnO4 3 PO4 Thiocyanate BrO3 Mono 2014 Marcus Jennings OH Dichromate Permanganate Nitrate SCN Phosphate One Bromate 2014 Marcus Jennings Di Tri Tetra Penta Hexa Hepta or Septa Octa Nona 2014 Marcus Jennings Three Two Five Four Seven Six Nine Eight 2014 Marcus Jennings Deca ite Per ate Hypo ite Acids Containing ite Ions Acids Containing hypo ite Ions Acids Containing ate Ions Acids Containing per ate Ions 2014 Marcus Jennings ate Minus One Oxygen Ten ate Minus Two Oxygens ate Plus One Oxygen Hypo ous Acids ous Acids Per ic Acids ic Acids 2014 Marcus Jennings The Empirical Formula of C6H12O6 Acids Containing a Halide or the Cyanide Ion Meth or Methyl Eth or Ethyl Prop or Propyl But or Butyl Covalent Ionic 2014 Marcus Jennings Hydro ic Acids CH2O Containing Two Carbons Containing One Carbon Containing Four Carbons Containing Three Carbons The Type of Bonding in which Electrons are Transferred The Type of Bonding in which Electrons are Shared The Only Type of Bonding that Involves Prefixes in Naming 2014 Marcus Jennings
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