CHM1025-Outline

  1. CHAPTER 1: STUDY OF MATTER
    • Scientific Methods
  2. CHAPTER2: Measurements
    • Units of Measurements
      • Volume
      • Mass
      • Temperature
      • Time
    • Scientific Notation
      • Conversion: Standard to Scientific Notation
      • Conversion: From Scientific to Standard Notation
    • Reading Measurements
    • Accuracy and precision
    • Significant Figures
      • Figs: Counting
      • Figs: Rounding
      • Figs: Multiplication & Division
      • Sig Figs: Addition & Subtraction
    • Dimensional Analysis
      • Metric Prefixes
      • Equalities and Conversion factors
      • Unit conversion
    • Density Calculation
      • Geometrical shapes
      • Volume displacement
  1. CHAPTER 3: Matter and Energy
    • Classification of Matter
      • Classification by Physical State
      • Classification by Composition
    • Change of Matter
      • Physical Change
      • Chemical Change
    • Properties of Matter
      • Physical Properties
      • Chemical Properties
    • Temperature Conversion
      • Conversion from TC to TF
      • Conversion from TC to TK
      • Conversion from TF to TK
    • Energy
      • Kinds of Energy
      • Unit conversion
  1. CHAPTER4: Atoms and Element
    • Elements and Symbol
      • Naming Elements
    • The Periodic Table
      • Periods and Groups
      • Metal, Nonmetal, Metalloids
    • Atomic Structure
      • Sub-atomic particles
      • Atomic number
      • Mass Number
    • Isotopes
      • Nuclear Notation
      • Calculating Atomic Mass
  1. CHAPTER 5: Electronic Structure
    • Electromagnetic Radiation
      • Wave characteristics
      • Electromagnetic Spectrum
    • Atomic Spectra & Energy Levels
      • Electron Energy Levels
      • Atomic Spectra
      • Electron Energy Level
    • Sublevels and Orbitals
      • Sublevel
      • Orbital
    • Electron Configuration
      • Electron Configuration
      • Periodic Table Blocks
      • Orbital Diagram
    • Periodic Table Trends
      • Valence Electrons
      • Ions and Cations
      • Electron Dot Symbol
      • Atomic Size
      • Ionization Energy
      • Metallic Character
      • Electronegativity
  1. CHAPTER 6: Ionic and Molecular Compounds
    • Types of Bonding
      • Ionic and Covalent
      • Writing ionic Formulae
    • Naming Ionic Compounds
      • Binary Ionic: Group A
      • Binary Ionic: Group B
      • Polyatomic Ions
    • Naming Covalent Compounds
      • Binary compounds
      • Naming Acids
      • Naming Diatomic
  1. CHAPTER 8: Chemical Reactions
    • Chemical equations
    • Balancing Chemical Reaction
    • Classification of Chemical Reactions
      • Single Replacement
      • Double Replacement
      • Decomposition
      • Combination
      • Combustion
      • Acid-Base
  1. CHAPTER 14: Acid and Bases
    • Definitions of Acid-Base
      • Bronsted-Lowry Acid-base
    • pH of Solutions
  2. CHAPTER 7: Chemical Quantities
    • The Mole
      • Conversion: moles to particles
    • Calculation of Molar Mass
      • Molar Mass of elements
      • Molar mass of compounds
    • Mole Conversion
      • Conversion: mass to moles
      • Conversion: Molecules to Atoms
    • Chemical Composition
      • Percent Composition
      • Chemical Formula
        • Empirical
        • Molecular
  1. CHAPTER 11: Gases
    • Property of Gases
      • P, V and T: Conversions
    • Gas Laws
      • Boyles’s Law
      • Charles’s Law
      • Gay-Lussac law
      • Ideal Gas Law
      • Dalton’s Law
    • Gas Law and Chemical Reactivity
  2. CHAPTER 12: Solutions
    • Solute and solvent
    • Concentration of solutions
      • Molarity
      • Molality
      • Percent Composition (v/v and m/m)
  1. CHAPTER 9: Stoichiometry
    • Mole-Mole Stoichiometry
      • Limiting Reactant
      • Percent Yield
      • Theoretical Yield
  1. CHAPTER 10: Solids and Liquids
    • Electronegativity and polarity
    • Intermolecular Forces
    • Change of State