Accuracy and Precision Empirical Formula of Tin(?) Limiting and Excess Reactant Calorimetry Oxide Stoichiometry Error and Percent Error Thermochemical Equations Theoretical Yield Conversion and Percent with Enthalpy Change (∆H) Significant Figures Unused Excess Reactant Composition Activities Hess’s Law (Heat Summation) Rounding Percent Yield Labs: Metric System Chapter 11 – Chemical Reactions Labs: Specific Heat of a Metal Temperature Units Skeleton Equation Stoichiometry of a Chemical (Calorimetry) Unit Conversions Reactants Reaction (3 salts and 1 Density Products unknown) Chapter 13 and 17.3 – States of Conversion Factors and States of Matter Balloon Lab (Baking Soda and Matter Dimensional Analysis Balancing Chemical Equations Vinegar) Comparison of States of Labs: Classification of Reaction Stoichiometry of a Chemical Matter Density of Pennies Type Reaction (Baking Soda + HCl Phase Change Terminology Density Column Synthesis (or in evaporating dish) Melting Combination) Freezing Chapter 4 – Atomic Structure Decomposition Chapter 16 – Solutions Boiling Early Atomic Models Single Dis(Re)placement Factors Affecting Dissolving Condensation Democritus Double Dis(Re)placement Sublimation Polarity – “Like Dissolves John Dalton Combustion Deposition Like” Structure of the Atom Labs: Heating/Cooling Curves Solubility Terminology Subatomic Particles Synthesis of MgO Melting points Dilute JJ Thomson Formula for a Hydrate (if Boiling points Concentrated Robert Millikan needed) Saturated Molar Heat of Fusion James Chadwick Unsaturated Calculations Ernest Rutherford Chapter 25 – Nuclear Chemistry Supersaturated Molar Heat of Vaporization Atomic Number Types of Radioactivity Solubility Curves Calculations Mass Number Alpha Radiation Interpretation of Graph Phase Diagrams Isotopes Beta Radiation Calculations Labs: Lab: Gamma Radiation Mass Percent Heating a Cooling Curves Isotopes of Pennium Sources of Radioactivity Molarity Isotope Notation Chapter 5 – Electrons in Atoms Dilutions Chapter 6 – The Periodic Table Writing and Identifying Revision of the Atomic Model Solution Stoichiometry Organization of the Periodic Nuclear Reactions Bohr’s Planetary Model Labs: Table Series Decay Reactions Quantum Mechanical Design Your Own Lab: Mendeleev (Parent Isotopes and Model Dissolution (Optional) Henry Moseley
Accuracy and Precision Error and Percent Error Significant Figures Rounding Metric System Temperature Units Unit Conversions Density Conversion Factors and Dimensional Analysis Labs: Density of Pennies Density Column Chapter 4 – Atomic Structure Early Atomic Models Democritus John Dalton Structure of the Atom Subatomic Particles JJ Thomson Robert Millikan James Chadwick Ernest Rutherford Atomic Number Mass Number Isotopes Lab: Isotopes of Pennium Chapter 6 – The Periodic Table Organization of the Periodic Table Mendeleev Henry Moseley Empirical Formula of Tin(?) Oxide Conversion and Percent Composition Activities Chapter 11 – Chemical Reactions Skeleton Equation Reactants Products States of Matter Balancing Chemical Equations Classification of Reaction Type Synthesis (or Combination) Decomposition Single Dis(Re)placement Double Dis(Re)placement Combustion Labs: Synthesis of MgO Formula for a Hydrate (if needed) Chapter 25 – Nuclear Chemistry Types of Radioactivity Alpha Radiation Beta Radiation Gamma Radiation Sources of Radioactivity Isotope Notation Writing and Identifying Nuclear Reactions Series Decay Reactions (Parent Isotopes and Limiting and Excess Reactant Stoichiometry Theoretical Yield Unused Excess Reactant Percent Yield Labs: Stoichiometry of a Chemical Reaction (3 salts and 1 unknown) Balloon Lab (Baking Soda and Vinegar) Stoichiometry of a Chemical Reaction (Baking Soda + HCl in evaporating dish) Chapter 16 – Solutions Factors Affecting Dissolving Polarity – “Like Dissolves Like” Solubility Terminology Dilute Concentrated Saturated Unsaturated Supersaturated Solubility Curves Interpretation of Graph Calculations Mass Percent Molarity Dilutions Solution Stoichiometry Labs: Design Your Own Lab: Dissolution (Optional) Calorimetry Thermochemical Equations with Enthalpy Change (∆H) Hess’s Law (Heat Summation) Labs: Specific Heat of a Metal (Calorimetry) Chapter 13 and 17.3 – States of Matter Comparison of States of Matter Phase Change Terminology Melting Freezing Boiling Condensation Sublimation Deposition Heating/Cooling Curves Melting points Boiling points Molar Heat of Fusion Calculations Molar Heat of Vaporization Calculations Phase Diagrams Labs: Heating a Cooling Curves Chapter 5 – Electrons in Atoms Revision of the Atomic Model Bohr’s Planetary Model Quantum Mechanical Model
Academic%20Chemistry%20Scope%20and%20Sequence.docx