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Sample 강의

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Sample : S1.1.1_Elements Compounds and Mixtures

Sample : R1.1.1_Exothermic and Endothermic Reactions

ZOOM GROUP CLASS / 1:1 Q&A

Zoom Group Class

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한국기준 목 19:00-19:30 – 이건휘T

1:1 Q&A

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이건휘T – 1:1 Q&A

IB Chemistry 교재 다운로드

Structure 1 Models of the particulate nature of matter

Structure 1.1 Introduction to the particulate nature of matter

2 Topics

S1.1.1_Elements Compounds and Mixtures

S1.1.2_Kinetic Molecular Theory

Structure 1.2 The nuclear atom

3 Topics

S1.2.1_The Structure of Atoms

S1.2.2_Isotopes and Relative Atomic Mass

S1.2.3_Mass Spectrum (HL)

Structure 1.3 Electron configurations

5 Topics

S1.3.1_Light Spectrum

S1.3.2_The Hydrogen Atom Spectrum

S1.3.3_Electron Configurations (1)

S1.3.4_Electron Configurations (2)

S1.3.5_Ionization Energy (HL)

Structure 1.4 Counting particles by mass: The mole

4 Topics

S1.4.1_Avogadro Constant and Molar Mass

S1.4.2_Empirical and Molecular Formulas

S1.4.3_The Molar Concentration

S1.4.4_Avogadro’s law

Structure 1.5 Ideal gases

2 Topics

S1.5.1_Real Gas and Ideal Gas

S1.5.2_The Ideal Gas Law Equation

STRUCTURE 2 MODELS OF BONDING AND STRUCTURE

Structure 2.1 The ionic model

2 Topics

S2.1.1_The Ionic Model

S2.1.2_Properties of Ionic Compound

Structure 2.2 The covalent model

10 Topics

S2.2.1_The Covalent Bond

S2.2.2_How to Work Out Lewis Formulas

S2.2.3_VSEPR model

S2.2.4_Molecular Polarity

S2.2.5_Intermolecular Forces

S2.2.6_Solubility and Chromatography

S2.2.7_Covalent Network Structures

S2.2.8_The Expanded Octet and Formal Charge (HL)

S2.2.9_Hybridization (HL)

S2.2.10_Resonance and Benzene (HL)

Structure 2.3 The metallic model

2 Topics

S2.3.1_The Metallic Model

S2.3.2_Properties of Transition Metals (HL)

Structure 2.4 From models to materials

4 Topics

S2.4.1_Classifying Bonds

S2.4.2_Alloys

S2.4.3_Polymers

S2.4.4_Condensation Polymerization (HL)

STRUCTURE 3 CLASSIFICATION OF MATTER

Structure 3.1 The periodic table: Classification of elements

9 Topics

S3.1.1_The Periodic Table

S3.1.2_Periodicity (1)

S3.1.3_Periodicity (2)

S3.1.4_Group 1 and 17 Elements

S3.1.5_Oxides

S3.1.6_Oxidation State

S3.1.7_Exception to First Ionization Energy (HL)

S3.1.8_The Transition Elements (1) (HL)

S3.1.9_The Transition Elements (2) (HL)

Structure 3.2 Functional groups: Classification of organic compounds

9 Topics

S3.2.1_The Structures of Organic Molecules

S3.2.2_Homologous Series and Functional Group

S3.2.3_Naming Organic Molecules

S3.2.4_Structure Isomers

S3.2.5_Stereoisomers (HL)

S3.2.6_Mass Spectrometry (HL)

S3.2.7_IR Spectroscopy (HL)

S3.2.8_Proton NMR Spectroscopy (HL)

S3.2.9_Determining the Structure of a Molecule (HL)

REACTIVITY 1 WHAT DRIVES CHEMICAL REACTIONS?

Reactivity 1.1 Measuring enthalpy changes

2 Topics

R1.1.1_Exothermic and Endothermic Reactions

R1.1.2_Measuring Enthalpy Changes

Reactivity 1.2 Energy cycles in reactions

4 Topics

R1.2.1_Bond Enthalpy

R1.2.2_Hess’s Law

R1.2.3_Various Standard Enthalpy Changes (HL)

R1.2.4_Energy Cycles for Ionic Compound (HL)

Reactivity 1.3 Energy from fuels

3 Topics

R1.3.1_Combustion Reactions

R1.3.2_Fossil Fuels

R1.3.3_Renewable Energy Sources

Reactivity 1.4 Entropy and spontaneity (HL)

3 Topics

R1.4.1_Entropy (HL)

R1.4.2_Gibbs Energy and Spontaneity (HL)

R1.4.3_Gibbs Energy and Equilibrium (1) (HL)

REACTIVITY 2 HOW MUCH, HOW FAST AND HOW FAR?

Reactivity 2.1 How much? The amount of chemical change

3 Topics

R2.1.1_The Meaning of Chemical Equations (1)

R2.1.2_The Meaning of Chemical Equations (2)

R2.1.3_Yield and Atom Economy

Reactivity 2.2 How fast? The rate of chemical change

8 Topics

R2.2.1_Defining the Rate of Reaction

R2.2.2_Factors Affecting Reaction Rate (1)

R2.2.3_Factors Affecting Reaction Rate (2)

R2.2.4_The Rate Equation (1) (HL)

R2.2.5_The Rate Equation (2) (HL)

R2.2.6_Mechanism of Reactions (1) (HL)

R2.2.7_Mechanism of Reactions (2) (HL)

R2.2.8_The Arrhenius Equation (HL)

Reactivity 2.3 How far? The extent of chemical change

5 Topics

R2.3.1_Dynamic Equilibrium

R2.3.2_Le Chatelier’s Principle

R2.3.3_Equilibrium Constant

R2.3.4_Applying the Equilibrium Law (HL)

R2.3.5_Gibbs Energy and Equilibrium (2) (HL)

REACTIVITY 3 WHAT ARE THE MECHANISMS OF CHEMICAL CHANGE?

Reactivity 3.1 Proton transfer reactions

10 Topics

R3.1.1_Theories of Acid and Base

R3.1.2_Conjugate Acid-base Pairs

R3.1.3_The pH Scale

R3.1.4_Strong and Weak Acids and Bases

R3.1.5_The Dissociation of Water

R3.1.6_Neutralization and Titration Curve

R3.1.7_Ionization Constant (HL)

R3.1.8_More pH Curves (HL)

R3.1.9_Indicator (HL)

R3.1.10_Buffer Solutions (HL)

Reactivity 3.2 Electron transfer reactions

11 Topics

R3.2.1_Redox Reactions

R3.2.2_Redox Reactions of Metals and Halogens

R3.2.3_Electrochemical Cell (1)

R3.2.4_Electrochemical Cell (2)

R3.2.5_Electrochemical Cell (3)

R3.2.6_Redox Reaction of Organic Compound (1)

R3.2.7_Redox Reaction of Organic Compound (2)

R3.2.8_Standard Cell Potential (1) (HL)

R3.2.9_Standard Cell Potential (2) (HL)

R3.2.10_Electrolysis of Aqueous Solutions (1) (HL)

R3.2.11_Electrolysis of Aqueous Solutions (2) (HL)

Reactivity 3.3 Electron sharing reactions

1 Topic

R3.3.1_Radicals and Substitution Reaction

Reactivity 3.4 Electron-pair sharing reactions

6 Topics

R3.4.1_Nucleophilic Substitution

R3.4.2_Addition Reaction

R3.4.3_Lewis Acid and Base (HL)

R3.4.4_Nucleophilic Substitution Mechanism (HL)

R3.4.5_Electrophilic Addition Mechanism (HL)

R3.4.6_Electrophilic Substitution (HL)

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Sample : S1.1.1_Elements Compounds and Mixtures

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