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Canada

University

Bachelor of Science in Chemistry (BSc)

Kostenlose Übungen

Chemistry Research Project

The Scientific Method22 Literature Review27 Research Ethics29 Experimental Design Principles22 Instrumentation and Techniques26 Data Analysis and Interpretation22 Scientific Writing30 Oral Presentations31 Poster Presentations28 Computational Chemistry25 Green Chemistry30 Materials Chemistry29

General Chemistry I

1.1 The Scientific Method29 1.2 Matter and Measurement23 1.3 Atomic Structure22 2.1 Ionic Bonding22 2.2 Covalent Bonding23 2.3 Lewis Structures29 3.1 Types of Chemical Reactions31 3.2 Balancing Chemical Equations28 3.3 Stoichiometry23 4.1 The Gas Laws28 4.2 Gas Stoichiometry26 4.3 Gas Mixtures23 5.1 Types of Solutions27 5.2 Solution Concentration27 5.3 Colligative Properties30

General Chemistry II

Ionic Bonding25 Covalent Bonding25 Metallic Bonding23 Hydrogen Bonding26 Types of Chemical Reactions28 Balancing Chemical Equations22 Stoichiometry10 Equilibrium27 Gas Laws26 Kinetic Molecular Theory29 Gas Mixtures28 Types of Solutions22 Solubility23 Colligative Properties31 Arrhenius Theory27 Bronsted-Lowry Theory24 pH and pOH25 Titrations24

Organic Chemistry I

What is Organic Chemistry?23 The Structural and Bonding of Organic Molecules29 Functional Groups23 Nomenclature of Organic Compounds29 Isomerism28 Chirality22 Stereochemistry of Alkenes23 Nucleophilic Substitution Reactions30 Electrophilic Addition Reactions30 Elimination Reactions27 Radical Reactions31 Infrared Spectroscopy22 Nuclear Magnetic Resonance Spectroscopy23 Mass Spectrometry25 Retrosynthesis25 Green Chemistry26 Applications of Organic Chemistry30

Organic Chemistry II

1.1: Introduction to Organic Chemistry28 1.2: Bonding in Organic Molecules28 1.3: Resonance and Aromaticity24 2.1: Nucleophilic Substitution Reactions24 2.2: Electrophilic Addition Reactions30 2.3: Elimination Reactions29 3.1: Introduction to Stereochemistry24 3.2: Stereochemistry of Alkenes and Alkynes31 3.3: Stereochemistry of Cyclic Compounds26 4.1: Introduction to Spectroscopy27 4.2: Infrared Spectroscopy26 4.3: Nuclear Magnetic Resonance (NMR) Spectroscopy23 5.1: Retrosynthesis and Synthetic Strategies25 5.2: Carbon-Carbon Bond Forming Reactions24 5.3: Oxidation and Reduction Reactions22

Analytical Chemistry

Definition and Scope of Analytical Chemistry27 Classification of Analytical Methods28 Sampling and Sample Preparation28 Atomic Absorption Spectroscopy27 Molecular Absorption Spectroscopy25 Mass Spectrometry25 Potentiometry26 Voltammetry28 Conductometry23 Gas Chromatography26 Liquid Chromatography26 Capillary Electrophoresis26 Statistical Methods in Analytical Chemistry28 Quality Control and Quality Assurance22 Validation of Analytical Methods23

Inorganic Chemistry

Definition and Scope of Inorganic Chemistry23 Historical Development of Inorganic Chemistry26 Applications of Inorganic Chemistry27 The Structure of the Atom28 Chemical Bonding30 Molecular Structure and Symmetry27 The Organization of the Periodic Table22 Periodic Trends25 The Lanthanides and Actinides23 Introduction to Coordination Chemistry22 Types of Coordination Compounds25 Applications of Coordination Chemistry26 Introduction to Bioinorganic Chemistry28 Types of Metal Ions in Biological Systems28 Applications of Bioinorganic Chemistry25

Physical Chemistry I

Introduction to Thermodynamics27 Thermochemical Calculations23 Entropy and the Third Law of Thermodynamics29 Phase Equilibria24 Chemical Equilibrium30 Introduction to Quantum Mechanics25 Atomic Structure28 Molecular Bonding27 Chemical Reactivity26 Introduction to Kinetics26 Reaction Mechanisms24 Catalysis25 Photochemistry27 Introduction to Electrochemistry24 Electrode Processes28 Batteries and Fuel Cells26 Corrosion24

Physical Chemistry II

The First Law of Thermodynamics23 The Second Law of Thermodynamics27 The Third Law of Thermodynamics23 Reaction Rates and Rate Laws26 Reaction Mechanisms31 Catalysis27 The Wave Function24 Atomic Structure26 Molecular Structure27 Atomic Spectroscopy24 Molecular Spectroscopy23 Magnetic Resonance Spectroscopy26

Instrumental Analysis

Definition and Scope of Instrumental Analysis26 Classification of Analytical Techniques23 Quality Assurance and Control in Instrumental Analysis23 Atomic Spectroscopy25 Molecular Spectroscopy24 Mass Spectrometry26 Gas Chromatography22 Liquid Chromatography26 Capillary Electrophoresis22 Potentiometry24 Voltammetry28 Conductometry26 Scanning Electron Microscopy (SEM)25 Transmission Electron Microscopy (TEM)27 Atomic Force Microscopy (AFM)24 Statistical Methods in Instrumental Analysis23 Chemometrics and Multivariate Analysis22 Reporting and Communication of Analytical Results23

Advanced Inorganic Chemistry

Overview of Advanced Inorganic Chemistry27 Fundamental Concepts in Advanced Inorganic Chemistry26 Introduction to Coordination Chemistry25 Thermodynamics and Kinetics of Coordination Reactions24 Applications of Coordination Chemistry24 Introduction to Bioinorganic Chemistry29 Metal Ions in Biological Systems26 Applications of Bioinorganic Chemistry27 Introduction to Solid-State Chemistry28 Crystallography25 Applications of Solid-State Chemistry27 Organometallic Chemistry29 Inorganic Materials Chemistry28 Computational Inorganic Chemistry23

Advanced Physical Chemistry

The First Law of Thermodynamics19 The Second Law of Thermodynamics27 The Third Law of Thermodynamics25 The Wave-Particle Duality of Matter29 The Uncertainty Principle29 The Schrödinger Equation20 Atomic Spectroscopy25 Molecular Spectroscopy28 Mass Spectrometry26 The Nernst Equation10 The Faraday Constant8 Electrolysis25

Canada

University

Bachelor of Science in Chemistry (BSc)

Kostenlose Übungen

Chemistry Research Project

The Scientific Method22 Literature Review27 Research Ethics29 Experimental Design Principles22 Instrumentation and Techniques26 Data Analysis and Interpretation22 Scientific Writing30 Oral Presentations31 Poster Presentations28 Computational Chemistry25 Green Chemistry30 Materials Chemistry29

General Chemistry I

1.1 The Scientific Method29 1.2 Matter and Measurement23 1.3 Atomic Structure22 2.1 Ionic Bonding22 2.2 Covalent Bonding23 2.3 Lewis Structures29 3.1 Types of Chemical Reactions31 3.2 Balancing Chemical Equations28 3.3 Stoichiometry23 4.1 The Gas Laws28 4.2 Gas Stoichiometry26 4.3 Gas Mixtures23 5.1 Types of Solutions27 5.2 Solution Concentration27 5.3 Colligative Properties30

General Chemistry II

Ionic Bonding25 Covalent Bonding25 Metallic Bonding23 Hydrogen Bonding26 Types of Chemical Reactions28 Balancing Chemical Equations22 Stoichiometry10 Equilibrium27 Gas Laws26 Kinetic Molecular Theory29 Gas Mixtures28 Types of Solutions22 Solubility23 Colligative Properties31 Arrhenius Theory27 Bronsted-Lowry Theory24 pH and pOH25 Titrations24

Organic Chemistry I

What is Organic Chemistry?23 The Structural and Bonding of Organic Molecules29 Functional Groups23 Nomenclature of Organic Compounds29 Isomerism28 Chirality22 Stereochemistry of Alkenes23 Nucleophilic Substitution Reactions30 Electrophilic Addition Reactions30 Elimination Reactions27 Radical Reactions31 Infrared Spectroscopy22 Nuclear Magnetic Resonance Spectroscopy23 Mass Spectrometry25 Retrosynthesis25 Green Chemistry26 Applications of Organic Chemistry30

Organic Chemistry II

1.1: Introduction to Organic Chemistry28 1.2: Bonding in Organic Molecules28 1.3: Resonance and Aromaticity24 2.1: Nucleophilic Substitution Reactions24 2.2: Electrophilic Addition Reactions30 2.3: Elimination Reactions29 3.1: Introduction to Stereochemistry24 3.2: Stereochemistry of Alkenes and Alkynes31 3.3: Stereochemistry of Cyclic Compounds26 4.1: Introduction to Spectroscopy27 4.2: Infrared Spectroscopy26 4.3: Nuclear Magnetic Resonance (NMR) Spectroscopy23 5.1: Retrosynthesis and Synthetic Strategies25 5.2: Carbon-Carbon Bond Forming Reactions24 5.3: Oxidation and Reduction Reactions22

Analytical Chemistry

Definition and Scope of Analytical Chemistry27 Classification of Analytical Methods28 Sampling and Sample Preparation28 Atomic Absorption Spectroscopy27 Molecular Absorption Spectroscopy25 Mass Spectrometry25 Potentiometry26 Voltammetry28 Conductometry23 Gas Chromatography26 Liquid Chromatography26 Capillary Electrophoresis26 Statistical Methods in Analytical Chemistry28 Quality Control and Quality Assurance22 Validation of Analytical Methods23

Inorganic Chemistry

Definition and Scope of Inorganic Chemistry23 Historical Development of Inorganic Chemistry26 Applications of Inorganic Chemistry27 The Structure of the Atom28 Chemical Bonding30 Molecular Structure and Symmetry27 The Organization of the Periodic Table22 Periodic Trends25 The Lanthanides and Actinides23 Introduction to Coordination Chemistry22 Types of Coordination Compounds25 Applications of Coordination Chemistry26 Introduction to Bioinorganic Chemistry28 Types of Metal Ions in Biological Systems28 Applications of Bioinorganic Chemistry25

Physical Chemistry I

Introduction to Thermodynamics27 Thermochemical Calculations23 Entropy and the Third Law of Thermodynamics29 Phase Equilibria24 Chemical Equilibrium30 Introduction to Quantum Mechanics25 Atomic Structure28 Molecular Bonding27 Chemical Reactivity26 Introduction to Kinetics26 Reaction Mechanisms24 Catalysis25 Photochemistry27 Introduction to Electrochemistry24 Electrode Processes28 Batteries and Fuel Cells26 Corrosion24

Physical Chemistry II

The First Law of Thermodynamics23 The Second Law of Thermodynamics27 The Third Law of Thermodynamics23 Reaction Rates and Rate Laws26 Reaction Mechanisms31 Catalysis27 The Wave Function24 Atomic Structure26 Molecular Structure27 Atomic Spectroscopy24 Molecular Spectroscopy23 Magnetic Resonance Spectroscopy26

Instrumental Analysis

Definition and Scope of Instrumental Analysis26 Classification of Analytical Techniques23 Quality Assurance and Control in Instrumental Analysis23 Atomic Spectroscopy25 Molecular Spectroscopy24 Mass Spectrometry26 Gas Chromatography22 Liquid Chromatography26 Capillary Electrophoresis22 Potentiometry24 Voltammetry28 Conductometry26 Scanning Electron Microscopy (SEM)25 Transmission Electron Microscopy (TEM)27 Atomic Force Microscopy (AFM)24 Statistical Methods in Instrumental Analysis23 Chemometrics and Multivariate Analysis22 Reporting and Communication of Analytical Results23

Advanced Inorganic Chemistry

Overview of Advanced Inorganic Chemistry27 Fundamental Concepts in Advanced Inorganic Chemistry26 Introduction to Coordination Chemistry25 Thermodynamics and Kinetics of Coordination Reactions24 Applications of Coordination Chemistry24 Introduction to Bioinorganic Chemistry29 Metal Ions in Biological Systems26 Applications of Bioinorganic Chemistry27 Introduction to Solid-State Chemistry28 Crystallography25 Applications of Solid-State Chemistry27 Organometallic Chemistry29 Inorganic Materials Chemistry28 Computational Inorganic Chemistry23

Advanced Physical Chemistry

The First Law of Thermodynamics19 The Second Law of Thermodynamics27 The Third Law of Thermodynamics25 The Wave-Particle Duality of Matter29 The Uncertainty Principle29 The Schrödinger Equation20 Atomic Spectroscopy25 Molecular Spectroscopy28 Mass Spectrometry26 The Nernst Equation10 The Faraday Constant8 Electrolysis25