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Students complete multiple labs, quizzes, unit tests, and are expected to take the AP Chemistry Exam in 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prerequisites are recommended for AP Chemistry (course codes 447 and 464)?","Question",{"text":63,"@type":64},"Recommendation is Chemistry 441 with a grade of B or better, or a department head recommendation.","Answer",{"name":66,"@type":61,"acceptedAnswer":67},"What materials are required for the course?",{"text":68,"@type":64},"Students need a notebook, pens/pencils, and a scientific calculator.",{"name":70,"@type":61,"acceptedAnswer":71},"Which topics are covered in the AP Chemistry course?",{"text":72,"@type":64},"Units include matter and moles, aqueous solution stoichiometry, reaction patterns and equations, thermodynamics and calorimetry, atomic theory and structure, chemical bonding and intermolecular forces, gas laws and kinetic molecular theory, and solutions with colligative properties and the Beer-Lambert law.",{"name":74,"@type":61,"acceptedAnswer":75},"What assessments and labs are included?",{"text":76,"@type":64},"The course uses review packets with multiple-choice and 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(B or better; or department head recommendation)  \nBASIC TEXT: Chemistry The Central Science 10th Edition 2006 Brown, Lemay, Bursten  \nREQUIRED MATERIALS: notebook, pen/pencils, and scientific calculator  \nCOURSE DESCRIPTION: The Advanced Placement Chemistry course is designed tobe the equivalent of the General Chemistry course taken during the first year of college. This course requires students to work on a mathematical and conceptual level far above that of regular Chemistry 1. Topics such as structure of matter, kinetic molecular theory, chemical equilibrium, and kinetics will be covered in depth. Recommended laboratory experiments will be performed. Enrolled students are expected to take the AP Chemistry Exam in May.  \nUnit Information  \nUnit Name or Timeframe:  \nMatter and Moles: Nomenclature and Measurement  \nContent and/or Skills Taught:  \nInorganic and Molecular Nomenclature  \nSignificant figures, Metric System & Scientific Notation  \nMoles, Avogadro’s Number,% composition, Empirical & Molecular Formulas  \nMajor Assignments and/or Assessments:  \nLab: Percent Oxygen in Potassium Chlorate  \nReview packet with multiple choice and open response questions Several Quizzes and a Unit Test  \nUnit Name or Timeframe:  \nReactions in Aqueous Solution Stoichiometry  \nContent and/or Skills Taught:  \nCombustion Analysis; Mass/mass, volume/volume, Mass/Volume Stoichiometry;  \nDilution formula, Serial dilution, Solution Stoichiometry;  \nLimiting Reagent and Reagent in Excess;  \nDetermine the concentration of all species after a reaction is complete;  \nBalance Redox Equation by the electron transfer method;  \nStudy and Memorize Oxidizing and Reducing Agents and their half reactions. Predict Products of Redox Reactions & net ionic equations  \nMajor Assignments and/or Assessments:  \nLab: Serial Dilution of Sulfuric Acid  \nVolumetric analysis of [Final solution] by titration  \nGravimetric Analysis of [Final Solution] by precipitation of Barium Sulfate Review packet with multiple choice and open response questions  \nSeveral Quizzes and unit test  \nUnit Name or Timeframe:  \nReaction Patterns and Equations  \nContent and/or Skills Taught:  \nSolubility Rules; Dissociation and Ionization;  \nReaction Types and Patterns: Synthesis, Analysis, Combustion, Oxidation-Reduction, Single & Double Replacement, Neutralization, Precipitation & Gas Producers  \nMajor Assignments and/or Assessments:  \nLab: Activity Series  \nReview packet with multiple choice and open response questions Several Quizzes and a Unit Test  \nUnit Name or Timeframe:  \nThermodynamics and Calorimetry  \nContent and/or Skills Taught:  \nHeat Transfer, Heat Capacity and Heat of Fusion/Vaporization Hess’ Law of Heat Summation  \nThe Laws of thermodynamics  \nThe Driving Forces: Enthalpy, Entropy and Gibbs Free Energy The Gibbs-Helmholz Equation, Spontaniety and Temperature Enthalpy Graphs  \nMajor Assignments and/or Assessments:  \nLab: Specific Heat Capacity of a Metal  \nLab: Heat of Fusion of water  \nLab: Hess’ Law  \nReview packet with multiple choice and open response questions Several Quizzes and a Unit Test  \nUnit Name or Timeframe:  \nStructure of Matter (Atomic theory and atomic Structure)  \nAtomic and Quantum Theory; Periodicity;  \nDescriptive Chemistry (Relationships in the periodic table)  \nContent and/or Skills Taught:  \nDevelopment & History of Modern Atomic theory  \nQuantum Theory: Quantum Numbers are solutions to the Wave Equation Periodic Table and Periodicity: atomic & ionic radii, ionization energies, electron affinities and electronegativity  \nMajor Assignments and/or Assessments:  \nReview packet with multiple choice and open response questions Several Quizzes and a Unit Test  \nUnit Name or Timeframe:  \nChemical Bonding, Molecular Geometry and Intermolecular Forces of Attraction States of Matter: Gases, Liquids, Solids and Solutions  \nContent and/or Skills Taught:  \nBinding fo","cbCaifWEQlrNCVLk","https://ap.wps.com/l/cbCaifWEQlrNCVLk","pdf",38260,"English","# Course Overview\n## Prerequisites, Credits, and Materials\n## Course Description\n# Unit 1: Matter and Moles\n## Nomenclature and Measurement\n## Assignments and Assessments\n# Unit 2: Reactions in Aqueous Solution Stoichiometry\n## Skills and Topics\n## Assignments and Assessments\n# Unit 3: Reaction Patterns and Equations\n## Solubility, Ionization, and Reaction Types\n## Assignments and Assessments\n# Unit 4: Thermodynamics and Calorimetry\n## Hess’s Law and Thermodynamic Concepts\n## Assignments and Assessments\n# Unit 5: Structure of Matter (Atomic theory and atomic Structure)\n## Atomic and Quantum Theory\n## Assignments and Assessments\n# Unit 6: Chemical Bonding, Molecular Geometry and Intermolecular Forces\n## Bonding, Polarity, Hybridization, and Forces\n## Assignments and Assessments\n# Unit 7: Gas Laws & the Kinetic Molecular Theory\n## Gas Laws and Deviations from Ideal Behavior\n## Assignments and Assessments\n# Unit 8: Solutions and Colligative properties\n## Solution Types and Colligative Properties\n## Assignments and Assessments","[{\"question\":\"What prerequisites are recommended for AP Chemistry (course codes 447 and 464)?\",\"answer\":\"Recommendation is Chemistry 441 with a grade of B or better, or a department head recommendation.\"},{\"question\":\"What materials are required for the course?\",\"answer\":\"Students need a notebook, pens/pencils, and a scientific calculator.\"},{\"question\":\"Which topics are covered in the AP Chemistry course?\",\"answer\":\"Units include matter and moles, aqueous solution stoichiometry, reaction patterns and equations, thermodynamics and calorimetry, atomic theory and structure, chemical bonding and intermolecular forces, gas laws and kinetic molecular theory, and solutions with colligative properties and the Beer-Lambert law.\"},{\"question\":\"What assessments and labs are included?\",\"answer\":\"The course uses review packets with multiple-choice and open-response questions, several quizzes, unit tests, and recommended laboratory experiments such as percent oxygen in potassium chlorate, serial dilution of sulfuric acid, activity series, and multiple calorimetry and solution/analysis labs.\"}]","AP Chemistry/Lab Course Code 447 - Course Units Overview | PDF",18]