Complete Course Igcse Chemistry & Middle School Chemistry

What you'll learn
Learn the entire of GCSE Chemistry and iGCSE Chemistry
Principles of chemistry tested in GCSE Chemistry and iGCSE Chemistry
Inorganic chemistry tested in GCSE Chemistry and iGCSE Chemistry
Physical chemistry tested in GCSE Chemistry and iGCSE Chemistry
Organic chemistry tested in GCSE Chemistry and iGCSE Chemistry
Requirements
basic arithmetic
basic science knowledge
Description
In this course, you will learn Chemistry, and prepare yourself for Chemistry exams like GCSE Chemistry, iGCSE Chemistry or middle school (Grades 9- 10) Chemistry.Hello, I'm RL, and I have many years of experience preparing students for the O Levels and the CAIE iGCSE Chemistry exams, and have written this course for anyone who is interested in Chemistry, or to sit for these exams. In this course, I'll share with you how I'll approach this subject if I were to take it today. I've written this course based on many years of experience teaching students Chemistry, and preparing them for the iGCSE Chemistry exams.This course is written based on the latest iGCSE Chemistry syllabus, but there are various overlaps with other exam board. I start off by explaining the concepts, and then go on to show you how you can apply what you have learned to questions.The iGCSE Chemistry has 12 topic areas, and I'll base this course on the syllabus:- states of matter- atoms, elements and compounds- stoichiometry- electrochemistry- chemical energetics- chemical reactions- acids, bases and salts- The Periodic Table- Metals- Chemistry of the environment- Organic Chemistry- Experimental techniques and chemical analysisIn this course, I will cover all these 12 topic areas (including both core and supplement). Whether you are taking the Core papers or the Supplement Papers, this course is for you. You will also find questions which we'll be going through, to help you reinforce what you have learned.If you are looking for a course that will help you or your child prepare for the iGCSE Chemistry exam from Cambridge, then this course is the one for you. Get familiar with the concepts, and know the ins and outs on how to approach the questions to score!Many of my students have tried these methods and have helped them do well for their exams. Check this course out!
Overview
Section 1: Introduction
Lecture 1 Introduction
Section 2: States of matter
Lecture 2 Solids, Liquids, Gases
Lecture 3 Changes in state
Lecture 4 More on Changes in State
Lecture 5 Heating and Cooling Curve - Supplement
Lecture 6 Effects to temperature on Pressure and Volume
Lecture 7 Effects to temperature on Pressure and Volume - Explanation (Supplement)
Lecture 8 Diffusion
Lecture 9 Diffusion in Gases (Supplement)
Section 3: Elements, compounds and mixtures
Lecture 10 Elements, compounds and mixtures
Section 4: Atomic Structure
Lecture 11 Atomic Structure
Lecture 12 Proton and Nucleon numbers
Lecture 13 Isotopes
Lecture 14 More on Isotopes (Supplement)
Lecture 15 Writing Electronic Configuration of atoms
Lecture 16 Worksheet: Write the electronic configuration of atoms
Lecture 17 Answers to Worksheet (Write the electronic configuration of atoms)
Lecture 18 Periodic Table and Electronic Configuration
Section 5: Chemical Bonding
Lecture 19 An introduction to chemical bonding
Lecture 20 An introduction to ionic compounds
Lecture 21 Charge of ions
Lecture 22 More on charge of ions
Lecture 23 Formula and naming of ions
Lecture 24 Polyatomic ions
Lecture 25 Name and Formulae of ionic compounds
Lecture 26 Electronic Configuration of ions 1
Lecture 27 Electronic Configuration of ions 2
Lecture 28 Drawing of dot-and-cross diagrams of ionic compounds
Lecture 29 Structure of ionic compounds - Supplement
Lecture 30 Properties of ionic compounds 1
Lecture 31 Properties of ionic compounds 2 (Supplement)
Lecture 32 An Introduction to Covalent molecules and Covalent Bonding
Lecture 33 Formula of covalent molecules
Lecture 34 Drawing dot-and-cross of simple molecules - Part 1
Lecture 35 Drawing dot-and-cross of simple molecules - Part 2 (Supplement)
Lecture 36 Properties of simple molecules
Lecture 37 Properties of simple molecules - Explanation (Supplement)
Lecture 38 Giant Covalent Structures
Lecture 39 Giant Covalent Molecule - Diamond
Lecture 40 Giant Covalent Molecule - Graphite
Lecture 41 Allotropes
Lecture 42 Giant Covalent Molecule - Silicon dioxide (Supplement)
Lecture 43 Metallic bonding (Supplement)
Section 6: Formulae of elements and compounds
Lecture 44 Writing the formula of elements and compounds
Lecture 45 Molecular Formula, and deriving molecular formula from structures
Lecture 46 Empirical Formula
Section 7: Physical Change vs Chemical Change
Lecture 47 Physical Changes vs Chemical Changes
Lecture 48 Chemical Equations and Chemical Changes
Section 8: Writing Chemical Equations: Word Equations, Symbol Equations, Ionic Equations
Lecture 49 Writing Word Equations
Lecture 50 Writing a balanced chemical equation
Lecture 51 State Symbols
Lecture 52 Writing Ionic Equations (Supplement)
Section 9: Stoichiometry: Relative masses of atoms and molecules
Lecture 53 Relative Atomic Mass, Relative Molecular Mass, and Relative Formula Mass
Lecture 54 Finding masses involved in reaction (without mole calculations)
Section 10: Stoichiometry: The mole, Avogadro constant, and other mole calculations
Lecture 55 Mole and Avogadro Constant
Lecture 56 Mole Calculations 1
Lecture 57 Mole Calculations 2
Lecture 58 Concentration
Lecture 59 Mole Calculation 3
Lecture 60 Summary of Formulae
Lecture 61 Stoichiometric Ratio
Lecture 62 Stoichiometric Ratio and Gases
Lecture 63 Percentage Purity
Lecture 64 Percentage Yield
Lecture 65 Percentage Composition
Lecture 66 Finding Empirical and Molecular Formulae
Section 11: Acids, Bases and Salts
Lecture 67 An introduction to acid
Lecture 68 Acids as Proton Donors
Lecture 69 The 3 Reactions of Acids
Lecture 70 Acid reaction 1
Lecture 71 Acid reaction 1 - Ionic Equation
Lecture 72 Acid reaction 2
Lecture 73 Acid reaction 2 - Ionic Equation
Lecture 74 Acid reaction 3
Lecture 75 Acid reaction 3 - Ionic Equation
Lecture 76 An introduction to bases and alkalis
Lecture 77 Reaction of bases
Lecture 78 Base reaction 1
Lecture 79 Base reaction 1 - ionic equations
Lecture 80 pH scale
Lecture 81 Salt preparation
Lecture 82 Solubility of salt
Lecture 83 Salt preparation method 1
Lecture 84 Salt preparation method 2
Lecture 85 Salt preparation method 3
Lecture 86 Hydrated vs Anhydrous salt
Lecture 87 Water of Crystallization
Lecture 88 Oxides
Section 12: The Periodic Table
Lecture 89 The Periodic Table
Lecture 90 Group I
Lecture 91 Group VII
Lecture 92 Transition Elements
Lecture 93 Group VIII - Noble gases
Section 13: Metals
Lecture 94 Metals - An introduction to this section
Lecture 95 Metals and their general properties
Lecture 96 Uses of Metals
Lecture 97 Alloys
Lecture 98 Reactivity Series of metals
Lecture 99 Reactions of metals
Lecture 100 Reactions of metals - writing equations
Lecture 101 Displacement reaction of metals
Lecture 102 Aluminium
Lecture 103 Rusting
Lecture 104 Extraction of metals
Lecture 105 Extraction of iron
Lecture 106 Extraction of aluminium
Section 14: Chemical Energetics: Exothermic and endothermic reactions
Lecture 107 Exothermic and Endothermic Reactions
Lecture 108 Bond Breaking and Bond forming
Lecture 109 Calculating Enthalpy Change (ΔH)
Section 15: Chemical Reactions: Rate of Reaction
Lecture 110 Reaction Rate - Introduction
Lecture 111 Collision Theory
Lecture 112 Factors affecting rate of reaction
Lecture 113 Experiments to study rate of reaction
Lecture 114 Interpretation of Graphs
Lecture 115 Comparing 2 Rate Graphs
Lecture 116 Reaction Rate Questions
Section 16: Chemical Reactions: Reversible reactions and equilibrium
Lecture 117 Reversible Reactions
Lecture 118 Copper(II) sulfate and Cobalt (II) chloride
Lecture 119 Equilibrium
Lecture 120 Factors affecting position of equilibrium
Lecture 121 Haber Process
Lecture 122 Contact Process
Section 17: Chemical Reactions: Redox
Lecture 123 Redox Reactions - Introduction
Lecture 124 Oxidation and Reduction 1
Lecture 125 Oxidation and Reduction 2
Lecture 126 Oxidation and Reduction 3
Lecture 127 Oxidation State
Lecture 128 Questions on Finding Oxidation State
Lecture 129 Oxidation and Reduction 4
Lecture 130 Potassium Manganate
Lecture 131 Potassium Iodide
Section 18: Electrochemistry
Lecture 132 Electrolysis
Lecture 133 Parts of an electrolysis cell
Lecture 134 Reaction at the cathode and anode
Lecture 135 Electrolysis example 1
Lecture 136 Self ionization of water
Lecture 137 Electrolysis example 2
Lecture 138 Electrolysis example 3
Lecture 139 Electrolysis example 4
Lecture 140 Electrolysis example 5
Lecture 141 Electrolysis example 6
Lecture 142 Electroplating
Section 19: Hydrogen Fuel Cell
Lecture 143 Hydrogen Fuel Cell
Section 20: Chemistry of the environment: Water
Lecture 144 Test for water
Lecture 145 How to test for the purity of water
Lecture 146 Why do we use distilled water in Chemistry Practicals?
Lecture 147 Impurities in water
Lecture 148 Treatment of water
Section 21: Chemistry of the environment: Fertilisers
Lecture 149 Fertilisers
Section 22: Chemistry of the environment: Air quality and climate
Lecture 150 Composition of air
Lecture 151 Air Pollutants
Lecture 152 Acidic Rain
Lecture 153 Greenhouse gases and global warming
Lecture 154 Photosynthesis
Section 23: Fuels
Lecture 155 Fossil Fuels
Section 24: Organic chemistry: Introduction
Lecture 156 Organic Chemistry
Lecture 157 Formulae of organic compounds
Lecture 158 Displayed formula
Lecture 159 Homologous Series
Lecture 160 Saturated vs Unsaturated compounds
Lecture 161 Structural Isomers
Section 25: Organic Chemistry: Alkanes
Lecture 162 Alkanes
Lecture 163 Structures of Alkanes
Lecture 164 Number of carbons in the chain
Lecture 165 Reactions of alkanes
Lecture 166 Alkane Reaction 1
Lecture 167 Alkane Reaction 2
Section 26: Organic Chemistry: Alkenes
Lecture 168 Alkenes
Lecture 169 Structure of alkenes
Lecture 170 Cracking
Lecture 171 Combustion of alkenes
Lecture 172 Addition Reaction of alkenes
Lecture 173 Addition Reaction 1
Lecture 174 Test between alkenes and alkanes
Lecture 175 Addition Reaction 2
Lecture 176 Addition Reaction 3
Section 27: Organic Chemistry: Alcohols
Lecture 177 What are alcohols
Lecture 178 Structures of alcohols
Lecture 179 Combustion of Alcohol
Section 28: Ethanol
Lecture 180 Ethanol
Lecture 181 Manufacture of Ethanol
Lecture 182 Combustion of ethanol
Lecture 183 Uses of ethanol
Section 29: Organic Chemistry: Carboxylic Acids
Lecture 184 Carboxylic acids
Lecture 185 Reactions of acids
Lecture 186 Esterification
Section 30: Ethanoic Acid
Lecture 187 Ethanoic Acid
Lecture 188 Reactions of ethanoic acid
Lecture 189 Oxidation of ethanol (Supplement)
Section 31: Organic Chemistry: Polymers
Lecture 190 Polymers
Lecture 191 Plastics
Lecture 192 Types of polymers
Lecture 193 Forming addition Polymers
Lecture 194 Determining the monomers from polymers
Lecture 195 Condensation Polymers
Lecture 196 More about PET
Section 32: Experimental techniques and chemical analysis: Experimental Design
Lecture 197 Apparatus for measurement
Lecture 198 Common Terms
Section 33: Experimental techniques and chemical analysis: Chromatography
Lecture 199 Paper Chromatography
Lecture 200 Rf values
Lecture 201 Locating Agents
Section 34: Experimental techniques and chemical analysis: Separation and purification
Lecture 202 Separation Methods
Lecture 203 Dissolving in a solvent
Lecture 204 Filtration
Lecture 205 Crystallisation
Lecture 206 Simple distillation
Lecture 207 Fractional distillation
Lecture 208 Purity
Section 35: Experimental techniques and chemical analysis: Identification of ions and gases
Lecture 209 Using sodium hydroxide and aqueous ammonia to identify aqueous cations
Lecture 210 Tests to identify anions
Lecture 211 Tests to identify gases
Lecture 212 Using Flame Test to identify cations
Students intending to take iGCSE or GCSE Chemistry,Students who are interested in learning Chemistry,Secondary school or middle school students learning Chemistry,Parents who want to homeschool their children Chemistry


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