IV.A.1a: structure of lipids and solids Barometer Describe how matter is Demonstrations (2) Pascal classified by of matter IV.A.2a-c: Kinetic molecular theory of Atmosphere and by composition In-class quantitative Dalton’s law of V.A.1a-L: Types of solutions, concentration, and word problems that partial pressure Describe the phase and solubility model the AP chemistry Dispersion forces energy changes test (about twice/week) Dipole-dipole forces associated with V.A.2a-c: Colligative properties Hydrogen bond boiling/condensing, Quiz: AP Chemistry test Viscosity melting/freezing, style open response Surface tension sublimation, and questions (weekly) Surfactants crystallization (deposition) Crystalline solid Homework: AP Unit cell Explain the difference chemistry test word Allotrope between chemical and problems (twice/week) Amorphous solid physical changes and Melting point demonstrate how these Reading and analysis of Vaporization changes can be used to life” chemical Evaporation “real separate mixtures and research situation Vapor pressure compounds into their (weekly) Boiling point components Freezing point Common assessment Condensation Define chemical and (end of unit) Phase diagram physical properties and Triple point compare them by Deposition providing examples Boyle’s law Absolute zero Define gas pressure and Charles’s law the various pressure units Gay-Lussac’s law (e.g., torr, kilopascals, mm Combined gas law Hg, atmospheres) Avogadro’s principle Molar volume Ideal gas constant Describe the use and Ideal gas law operation of mercury Suspension barometers and Colloid manometers to find Brownian motion atmospheric pressure or Tyndall effect relative gas pressures Soluble Miscible Define the gas laws given Insoluble by Boyle, Charles,
IV.A.1a: structure of lipids and solids IV.A.2a-c: Kinetic molecular theory of V.A.1a-L: Types of solutions, concentration, and solubility V.A.2a-c: Colligative properties Demonstrations (2) In-class quantitative word problems that model the AP chemistry test (about twice/week) Quiz: AP Chemistry test style open response questions (weekly) Homework: AP chemistry test word problems (twice/week) Reading and analysis of “real life” chemical research situation (weekly) Common assessment (end of unit) Describe how matter is classified by of matter and by composition Describe the phase and energy changes associated with boiling/condensing, melting/freezing, sublimation, and crystallization (deposition) Explain the difference between chemical and physical changes and demonstrate how these changes can be used to separate mixtures and compounds into their components Define chemical and physical properties and compare them by providing examples Define gas pressure and the various pressure units (e.g., torr, kilopascals, mm Hg, atmospheres) Describe the use and operation of mercury barometers and manometers to find atmospheric pressure or relative gas pressures Define the gas laws given by Boyle, Charles, Barometer Pascal Atmosphere Dalton’s law of partial pressure Dispersion forces Dipole-dipole forces Hydrogen bond Viscosity Surface tension Surfactants Crystalline solid Unit cell Allotrope Amorphous solid Melting point Vaporization Evaporation Vapor pressure Boiling point Freezing point Condensation Phase diagram Triple point Deposition Boyle’s law Absolute zero Charles’s law Gay-Lussac’s law Combined gas law Avogadro’s principle Molar volume Ideal gas constant Ideal gas law Suspension Colloid Brownian motion Tyndall effect Soluble Miscible Insoluble