CHEMISTRY (SCIENCE) TEACHING RESOURCES
General outcomes
Develop an understanding of Chemistry and its branches
Develop investigative skills about Chemistry
Demonstrate an understanding of the particulate nature of matter
Develop investigative skills about states of matter
Demonstrate an understanding of Experimental Techniques and its application in everyday life
Develop investigative skills in experimental techniques
Demonstrate an understanding of atoms, elements, molecules and compounds.
Develop investigative skills about the nature of substances.
Demonstrate an understanding of the importance, production, use, and effect on the environment of common elements and simple compounds
Demonstrate an understanding of acids, bases and salts.
Develop investigative skills about acids, bases and salt.
Demonstrate an understanding of the importance, production, use, and effect on the environment of acids, bases and salts.
Demonstrate an understanding of the Mole Concept
Develop investigative skills about quantitative analysis.
Demonstrate an understanding of chemical reactions and energy changes
Develop investigative skills about various types of reactions.
Demonstrate an understanding of the Periodic Table
Develop investigative skills about the Periodic Table
Demonstrate an understanding of metals
Develop investigative skills about some properties and uses of metals.
Demonstrate an understanding of Non- metals.
Develop investigative skills about some industrial uses of non-metals Demonstrate an understanding of Organic Chemistry
Develop investigative skills about organic compounds
Key Competences
·Demonstrate the ability to measure time ,temperature, mass and volume
Show basic skills and knowledge in constructing balanced chemical equations with state symbols
Demonstrate investigative skills in experimental techniques
Demonstrate the skills and knowledge in relating number of valence electrons to the Group number and the number of shells to the Period.
Demonstrate skills in classifying salts according to their solubility.
Demonstrate ability to classify oxides as acidic, basic, neutral and amphoteric.
Demonstrate ability to use tests in identifying aqueous cations, anions and gases.
Demonstrate basic skills and knowledge in calculating stoichiometric reacting moles.
Show ability to identify factors that affect rates of chemical reactions.
Demonstrate ability to determine the reactivity series of metals
Demonstrate ability to prepare and test gases
Demonstrate ability to identify organic compounds
Introduction to Chemistry
What is Chemistry? Branches of Chemistry Branches of Chemistry 2 Importance of Chemistry
Importance of Chemistry Challenges in Chemistry Chemical industry Future of Chemical industry
Chemistry lab safety Chemistry lab rules
Science Laboratory Safety Handbook
Matter and the Kinetic theory
Describe matter
Classify the basic units of matter
Classify the states of matter
Illustrate changes of states of matter
Describe the absorption of heat and release of heat during changes of states of matter
Describe diffusion
Demonstrate diffusion in fluids
Describe the factors that affect the rate of diffusion
Introduction: Kinetic Theory of Matter
Media Resource
Watch this Lesson first: Kinetic Theory Full Lesson
Explore More
Matter Kinetic theory and phase changes Kinetic theory of matter Kinetic theory of matter Particle Theory
Matter of State States of matter Endothermic and exothermic reactions Heating Curve
Heating and Cooling curves Heating and cooling curves 2 Heating and Cooling graphs
Diffusion
Diffusion of gases Kinetic theory and diffusion Diffusion of liquids and gases Diffusion of liquids
Test to observe diffusion Factors affecting diffusion Experiment factors affecting diffusion
Reading Pages 1-9 : Bryan Earl and Doug Wilford 2014
Download the book from PDF Drive Here
Simulations: States of Matter Detailed
Simulations: States of Matter Basics
Simulations-Diffusion
Quiz: Kinetic Theory of Matter
Experimental Techniques
Specific Outcomes
Demonstrate how different quantities are measured.
Identify different measuring apparatus used in chemistry.
Identify various measuring instrument and other apparatus used in chemistry
Describe the differences between a pure substance and a mixture
Demonstrate how to determine the purity of a substance
Explain the importance of purity of a substance
Distinguish between physical and chemical changes
Demonstrate different methods of separating mixtures
Interpret simple paper chromatograms.
Introduction:Experimental Techniques and Measurements
Media Resource
Watch These Lessons First:
Basic Concepts in Chemistry Full Lesson Criteria of Purity and Separation of Mixtures
Methods of Separating Mixtures
Explore More
Measuring of Quantities
Experimental techniques and measurements Experimental techniques and measurements 2
Experimental techniques and measurements 3 Physical quantities Lab equipment Lab equipment 2
Lab equipment 3 Lab equipment names Precision,accuracy & uncertainty in measurement
Criteria of Purity
Classification of matter Pure substances & mixtures Pure substance & mixtures 2 Pure substances vs mixtures
Pure and impure substances Purity and formulations Melting point of an organic compound
Separating Mixtures
Intro Physical and chemical changes Physical and chemical changes Physical vs chemical changes
Physical vs chemical changes 2 Separation of mixtures Separation of mixtures using different techniques
separation of mixtures 2 Separation of mixtures 3 Filtration and Crystallization Decantation
Decantation and filtration Simple distillation and Fractional distillation Simple and fractional distillation 2 Fractional distillation Iron and sand mixture separation Magnetic separation Paper Chromatography
Chromatography Evaporation Sublimation Floatation Froth floatation Extraction of copper Centrifugation
Centrifugation Chromatography bonus Chromatography bonus 2 Calculating RF value Calculating RF values 2
Reading Pages 10-25 : Bryan Earl and Doug Wilford 2014
Download the book from PDF Drive Here
Notes: Basics of Chemistry
Quiz: Experimental Techniques
Atomic structure and Periodic Table
Specific Outcomes
Describe an atom and its structure.
Describe the relative charges and approximate relative masses of protons, neutrons and electrons
Describe the proton (atomic)number and nucleon(mass) number and nuclide notation
Describe an element
Identify elements using their chemical symbols
Describe the basis of the Periodic Table
Describe isotopes
Calculate relative atomic mass of an element given the % abundances of isotopes and from mass spectrum.
Describe the use of radioactive isotopes
Demonstrate the build-up of electrons in shells
Introduction: Atomic Structure
Media Resource
Watch These Lessons First:
Atomic Structure 1 Atomic Structure 2 Structure of an Atom Atomic Structure 3 Atomic Structure 4
Explore More
Structure of an atom Protons,neutrons & electrons inside an atom Relative atomic mass
Calculating relative atomic mass Nuclide symbols Atomic number and mass number
Atomic number,mass number & isotopes Periodic table-classification of elements Periodic table Periodic table 2
Atoms,elements and molecules Elements Valency Symbols of important elements Isotopes Isotopes 2 Isotopes 3 Atomic number,Mass number & Isotopes Calculating isotope abundance
Calculating isotopes abundance 2 Isotopes,Percentage abundance,Atomic mass Isotopes and half life
Medical radioisotopes Uses of radioactive isotopes Electron configuration Electron configuration
Electron configuration diagrams ions
Reading Pages 33-37: Bryan Earl and Doug Wilford 2014
Download the book from PDF Drive Here
Notes: Atomic Structure and The Periodic Table
Build an Atom Simulation
Simulations:Isotopes and Atomic Mass
Quiz: Atomic Structure and the Periodic Table
Bonding
Specific Outcomes
Describe a compound
Describe the formation of ions (radicals)
Describe the formation of ionic (electrovalent) bonds
Describe the formation of covalent bonds
Describe the electronic arrangement in simple multiple covalent molecules
Describe the uses of ionic and covalent compounds
Describe a molecule
Describe valency and valence electrons.
Demonstrate how to deduce valency of an element.
Formulate chemical formulae of compounds.
Identify the differences in properties of ionic and covalent compounds.
Describe metallic bonding
Describe the electrical and thermal conductivity of metals
Introduction: Chemical Bonding
Media Resource:
Watch These Videos First:
Lesson Set 1: Chemical Bonding Full Lesson Part 1 Chemical Bonding Full Lesson Part 2
Lesson Set 2: Chemical Bonding Full Lesson Part 1 Chemical Bonding Full Lesson Part 2
Explore More:
Intro ionic bonding Ionic bonding Ionic bonding 2 Elements,compounds and mixtures ionic compounds
ions Atoms,compound and ions Formation of ions Charge of an ion electrovalent or ironic bond
Ironic,covalent and metallic bonds covalent vs ironic bond ironic and covalent bonding ironic bond diagram
Covalent bonding Double and triple bond sigma & Pi bonding Triple bond ironic and covalent compounds/names and formulas Molecules Valency Concept of valency Valency of elements
Valency of elements 2 electronic configuration Finding the number of valence writing ironic formulas
Chemical formulas writing chemical formulas for ironic compounds
Properties of ironic and covalent compounds ironic vs covalent compounds-differences
Properties of ionic and covalent compounds Metallic bonds behaviour of metallic structures Metallic bonding
Electrical conductivity of metals and semi-conductors Electrical and thermal conductivity Properties of metals
Reading Pages 38-45 and 55: Bryan Earl and Doug Wilford 2014
Download the book from PDF Drive Here
Summary Notes: Chemical Bonding
Simulation:Atomic interaction
Quiz: Chemical Bonding
Chemical Formulae and Equations
Specific Outcomes
Demonstrate how to construct word equations
Formulate and balance chemical equations
Construct net ionic equations from balanced chemical equations
Introduction: Chemical Formulae and Equations
Media Resource
Chemical Equations and Formulae Chemical Equations
Interpreting chemical formula Writing chemical equations Chemical equations
Balancing chemical equations Balancing chemical equation 2 Balancing chemical equation 3
Balancing chemical equation 4 Balancing chemical equation 5 Using moles to balance equations
ionic and net ironic equations Predicting products of chemical equations Net ironic equations
Net ionic equations 2 Periodic table song Balancing chemical equations bonus
How to balance chemical reactions How to balance chemical reactions 2
How to balance chemical equations
easy method to balance chemical equations
Summary Notes: Chemical Formulae and Equations
Simulation:Balancing Chemical Equations
Quiz: Chemical Formulae & Equations
Acids,Bases and Salts
Specific Outcomes
Describe acids, bases or alkalis in terms of ions they contain or produce in aqueous solution.
Describe the meaning of weak, strong, dilute and concentrated acids and alkalis
Describe the PH scale
Describe neutrality, acidity and alkalinity in terms of PH value
Determine the PH value of a solution.
Demonstrate the characteristic properties of acids
Demonstrate the characteristic properties of bases
Illustrate the importance of acid- base reactions
Describe a salt
Classify salts according to their nature and solubility in water
Demonstrate the preparation of an insoluble salt.
Demonstrate the preparation soluble salts
Demonstrate the preparation of ammonium, potassium and sodium salts
Demonstrate the existence of hydrated salts and differentiate from anhydrous salts
Describe the behaviour of salts with reference to the atmosphere
Describe the various types of oxides
Demonstrate the identity of aqueous cations and anion
Demonstrate the identity of gases
Introduction: Acids, Bases and Salts Acids and Bases
Media Resource
Watch These Lessons First:
Acids,Bases and Salts Full Lesson Preparation of Salts Qualitative Analysis
Acids,Bases and Salts Full Lesson Part 2
Explore More:
Characteristics and Properties of Acids and Bases
acids and bases intro Properties of acids Properties of acids and bases properties of acids and bases 2
Acids and bases Acids and bases Acids and alkalis Acids,bases and alkalis Acids,bases,salts and pH level
Acids and bases 2 Acids,bases and pH Bases song strong and weak acids Dilute and concentrate acids Strength vs concentration of an acid Strong,weak,Concentrated, Dilute Strong vs weak,concentrated vs dilute Weak/strong pH scale pH scale 2 pH scale 3 pH calculations pH calculations Determination of pH Determination of pH 2 Uses of acids and bases Uses of acids and bases
Preparation of Salts
Intro- salt preparation What are salts? Making salts Making soluble salts Making soluble salts 2
Preparation of salts Making soluble salts-experiment Salts Carrying out a titration Titration calculation
Titration experiment How to do titrations Hydrated and anhydrous copper ii sulphate
Deliquescent and hygroscopic Efflorescence Hygroscopy
Types of Oxides
Types of oxides Acidic and basic oxides Determining if the salt is acidic,basic or neutral Neutral oxides
Acidic,basic and amphoteric oxides
Identification of Ions and Gases
(Qualitative analysis)
Identification of ions Collecting and identifying gases Identifying ions Tests for positive and negative ions
Qualitative analysis of anions Inorganic chemical tests Testing gases Testing for gases 2
Reading Pages 117-129: Bryan Earl and Doug Wilford 2014
Download the book from PDF Drive Here
Summary Notes:
Characteristics of Acids and Bases
Types of Oxides
Identification of Ions and Gases
Simulation: PH Scale Basics
Simulation: The pH Scale
Simulation: Acid-Base Solutions
Quiz: Acids,Bases & Salts
Mole Concept
Describe Relative Atomic Mass and relative molecular mass.
Calculate the relative formula mass of a compound
Describe a mole.
Determine the physical masses (m) of any substance using the molar mass (Mr) and the physical volume (v) of any gas at r.t.p and vice versa.
Describe the relationship of Avogadro’s law to reacting moles and volumes of gases at r.t.p and s.t.p
Determine the concentration of a solution and apply dilution law.
Illustrate calculations involving stoichiometric reacting moles and volumes of gases and solutions
Describe and calculate the percentage yield in a reaction and the percentage purity of a substance
Determine limiting reagent in a given reaction
Demonstrate calculations involving different types of acid–base titration reactions
Introduction: Mole Concept
Media Resource
Watch These Lessons First:
Mole Concept and Stoichiometry Full Lesson Part 1
Mole Concept and Stoichiometry Full Lesson Part 2
Explore More:
Mole concept intro Mole concept intro 2 Counting atoms Mole concept What is a mole?
Relative molecular and atomic mass Relative molecular and atomic mass Relative atomic mass
Relative atomic mass 2 Relative atomic mass 3
Calculating molecular mass of a compound Maths in Chemistry Converting between grams and moles
Gas density and molar mass formula Molar mass of a gas at STP-Equations and formulas
Converting grams to moles using Molar mass Mole conversions made easy Calculating molarity Avogadro's Law
Avogadro's law calculations Using gas volumes Gas stoichiometry equations Gas stoichiometry equations 2
Stoichiometry-the magic number method Gas Stoichiometry problems Concentration of solutions
Mole to mole Chemical reactions Stoichiometry Calculating percentage Percentage yield calculation
Percentage yieldcalculation 2 Theoretical yield and percent yield Limiting and excess reactants
Limiting reagents Limiting reagents 2 Limiting reagents and percentage yield Acid base titration problems
Acid base Titration problems 2 Titration calculations Titration and rates of reaction
Reading Pages 59-66: Bryan Earl and Doug Wilford 2014
Download the book from PDF Drive Here
Summary Notes: The Mole concept 1 The Mole Concept 2
Simulation: Molarity
Simulation: Concentration
Quiz: The Mole Concept
Chemical Reactions
Describe rate of a chemical reaction.
Demonstrate the factors that affect the rates of chemical reactions
Interpret data on the rate of chemical reactions.
Describe methods of controlling the rate of chemical reactions.
Describe the effect of a catalyst on the activation energy
Introduction: Chemical Reactions
Media Resource:
Chemical Reactions 1 Rate of Reaction Full Lesson Endothermic and Exothermic Reactions
Chemical Reactions and Equations Types of Chemical Reactions Factors Affecting The Rate of Reaction
Reading Pages 104-111: Bryan Earl and Doug Wilford 2014
Download the book from PDF Drive Here
Summary Notes
Rates of Reaction Chemical Reactions 1 Chemical Reactions 2
Simulation:Evidence of Chemical Reactions
Quiz: Chemical Reactions
The Periodic Table
Specific Outcomes
Describe the Period Table
Identify vertical columns and horizontal rows.
Demonstrate how to use the Periodic Table to classify elements
Describe trends in various Groups given information about the elements
Describe the physical and chemical properties of elements in Group I, II, VII and VIII.
Describe the importance of halogens
Describe the harmful effects of halides.
Describe the use of the noble gases in providing an inert atmosphere
Describe transition metals.
Describe general properties of transition metals.
Describe the uses of transition metals
Introduction: The Periodic Table
Media Resource
Watch These Videos:
The Periodic Table and Periodicity
A tour of a Periodic Table Understanding The periodic Table Classification of Elements and Periodicity
Explore More:
The Block p Elements Development of the Periodic Table
Reading Pages 135-146: Bryan Earl and Doug Wilford 2014
Download the book from PDF Drive Here
Notes: The Periodic Table
Periodic Table Interactive Simulation
Quiz: The Periodic Table
Metals
Specific Outcomes
Describe diagrammatic representations of pure metals
Describe the physical properties of metal
Describe the chemical properties of metals
Describe the reactivity series of metals
Explain the apparent non reactivity of aluminium.
Demonstrate an order of reactivity
Describe the extraction of copper, iron and zinc from their ores
Describe the uses of copper, iron, zinc and aluminium
Explain the harmful effects of some metals
Describe alloys
Describe diagrammatic representations of alloys
Explain the advantages of using alloys over pure metals.
Identify common uses of alloys
Describe corrosion
Relate corrosion to the reactivity of metals.
Describe different methods of preventing corrosion.
Describe the effects of heat on hydroxides, carbonates, nitrates of metals and ammonium compounds
Introduction: Metals
Media Resource:
Watch These Lessons First:
Metals Made Simple Metals Full Lesson
Metals and Non-Metals Full Lesson
Explore More:
Metals and alloys Physical properties of metals Metals Metals 2 Chemical properties of metals
Chemical properties of metals 2 Reactivity series Making predictions with reactivity series
Metal reactivity series Mnemonics Reactivity series song Activity series of metals and elements
Relative reactivity of metals Relative reactivity of metals 2 Thermo decomposition of limestone
Thermo decomposition of calcium nitrate Thermo decomposition of zinc carbonate Action of heat on Ammonium Chloride Extraction of metals Extraction of copper Extraction of iron Extraction of zinc
Extraction of metals bonus Extraction of copper bonus Extraction of iron from its oxides
Side effects of toxic heavy metals Alloys Alloys and metals Alloys of iron Substitution and interstitial alloys
Alloys of copper Iron alloys Alloys and their properties Uses of alloys Uses of alloys 2 Uses of alloys 3
Corrosion Rust prevention and treatment Corrosion of metals Method of preventing corrosion Preventing corrosion
Reading Pages 149-165: Bryan Earl and Doug Wilford 2014
Download the book from PDF Drive Here
Notes Metals
Quiz: Metals
Non-Metals
Specific Outcomes
Describe the physical and chemical properties of non-metals
Demonstrate the laboratory preparation, collection and test for hydrogen
Describe the physical and chemical properties of hydrogen
Describe industrial manufacture of hydrogen
Describe the uses of hydrogen.
Demonstrate the laboratory preparation, collection and test for oxygen.
Describe the physical and chemical properties of oxygen.
Describe the industrial manufacture of oxygen.
Describe the uses of hydrogen.
Demonstrate the laboratory preparation, collection and test for oxygen.
Describe the physical and chemical properties of oxygen.
Describe the industrial manufacture of oxygen.
Describe the uses of oxygen in industry and in natural processes.
Explain the importance of ozone layer and dangers of its depletion.
Demonstrate the chemical test for water.
Describe the importance of water
Describe industrial manufacture of nitrogen.
Explain the characteristics and importance of Nitrogen as a gas.
Demonstrate the preparation collection and test for ammonia in the laboratory
Describe the manufacture of ammonia.
Describe the physical and chemical properties of ammonia.
Describe the thermal dissociation of ammonium salts.
Describe the uses ammonia
Describe the manufacture of nitric acid
Explain the importance of nitrogenous fertilizers
Describe the effects of nitrogenous fertilizers on the environment
Describe allotropes
Describe the physical properties of the allotropes of carbon.
Describe the formation and properties of carbon monoxide.
Demonstrate the laboratory preparation, collection and the test for carbon dioxide.
Describe the physical and chemical properties of carbon dioxide.
Describe the uses of carbon dioxide.
Describe the manufacture of lime from limestone.
Describe the uses of lime and slaked lime.
Describe the uses of limestone.
Describe the greenhouse effect
Introduction: Non-Metals
Media Resource
General Properties of Non-Metals
Non-metal introduction Metals,non-metals,Metaloids Metals and non-metals
Physical properties of metals and non-metals Reactions with oxygen Chemical properties of non- metals
Hydrogen
Preparation of Hydrogen Properties of Hydrogen Properties of Hydrogen 2 Hydrogen gas popping test
Characteristics of Hydrogen gas Uses of hydrogen Gas
Oxygen
Preparation of oxygen Preparation of Oxygen gas Preparation,collection and testing of Oxygen gas
Testing Oxygen gas Chemical properties of Oxygen Physical properties of Oxygen Properties of Oxygen
Oxygen Oxygen plant manufacturing process High purity Oxygen generator Liquid oxygen Uses of oxygen
Uses of Oxygen 2 Uses of oxygen Causes and effects of Ozone layer depletion Causes of ozone layer depletion Testing for water Testing for water 2 importance of water
Nitrogen
Extraction of Nitrogen Nitrogen generation process Nitrogen generator Nitrogen and its compounds
Liquid nitrogen Uses of Nitrogen gas Benefits and uses of Nitrogen Properties of Nitrogen
Preparation and properties of ammonia Ammonia lab preparation and collection Preparation of Ammonia
Testing for Ammonia gas The Haber Process Industrial implementation of the ammonia synthesis
The chemical reaction that feeds the world Making Ammonia Ammonia: Chemical Properties
Ammonia: Physical Properties Ammonium chloride thermal decomposition
Action of heat on Ammonium Chloride
Nitrogen,Ammonia
The Haber Process - The Different Uses of Ammonia Uses Of Ammonia 8 Uses of ammonia
The Haber Process - the Uses of Ammonia Uses of Ammonia Manufactured Substances in Industry
Nitric Acid Chemical Kinetics Making Concentrated (68%) Nitric Acid
Nitrogen Fertilizer: Its Importance and Responsible Use Nitrogen cycle in the soil Fertilizers
Hazards of Chemical fertilizers How fertilizing can impact the environment
Carbon and Carbonates
Carbon and its Compounds Carbon And Its Compounds 2 Allotropes of Carbon
Carbon Monoxide Carbon dioxide & carbon monoxide
How to make Carbon Dioxide and Examine its Properties Laboratory Preparation of Carbon Dioxide
Lab Preparation of Carbon Dioxide Limewater Test for Carbon Dioxide. Testing for gas Carbon Dioxide 2
Properties of Carbon Dioxide The Properties Of Carbon Dioxide 2 Chemical Properties of Carbon
Turning Carbon Dioxide Into Electricity Uses of Carbon dioxide
Limestone Cycle - limestone, quicklime and slaked lime Quick Lime Production Plant
What are uses of Limestone? The Greenhouse Effect
Reading Pages 176-180,206-212, : Bryan Earl and Doug Wilford 2014
Download the book from PDF Drive Here
Notes:
Ammonia Summary Notes Summary Notes 2 Electrolysis Hydrogen
Simulations: Gas Properties
Quiz: Non-Metals
Organic Chemistry
Specific Outcomes
Describe an organic compound.
Describe hydrocarbon
Illustrate and name the structures of the aliphatic alkanes up to five carbon atoms.
Demonstrate the structures of isomers and their names.
Describe fractional distillation of petroleum (crude oil)
Describe the uses of the fractions of crude oil
Describe the chemical properties of alkanes.
Account for the apparent non reactivity of alkanes as compared to other organic compounds.
Illustrate unsaturation in alkenes.
Describe and name the structures of the alkenes up to 5 carbon atoms.
Demonstrate the structures of isomers of alkenes.
Describe the chemical properties of alkenes.
Illustrate the differences and similarities between saturated and unsaturated
Hydrocarbons.
Describe the chemical tests for unsaturated hydrocarbons (alkenes)
Describe the uses of alkenes.
Describe the chemical composition of an alcohol
Describe and name structures of primary alcohols up to five carbon atoms
Demonstrate isomerism in alcohols
Describe the formation of alcohols
Describe the chemical properties of alcohols
Describe the uses of alcohols
Describe and name structures of carboxylic acids up to five carbon atoms.
Describe the formation of carboxylic acids
Demonstrate the chemical properties of carboxylic acids.
Describe the uses of carboxylic acids
Describe and name the structures of esters up to five carbon atoms.
Describe the chemical properties of esters
Describe the uses of esters and relate the uses to properties.
Describe homologous series
Describe the general characteristics of homologues (members).
Describe macromolecules (polymers)
Describe synthetic macromolecules.
Describe the formation of polyalkenes
Classify plastics
Describe the formation of nylon and Terylene
Differentiate between the structure of Nylon and Terylene
Describe typical uses of plastics and synthetic fibres
Describe the biodegradability of synthetic fibres
Describe natural macromolecules
Describe composition of carbohydrates
Identify linkages in starch, proteins and fats
Relate linkages in.
Describe hydrolysis of fats (saponification).
Identify the products of the hydrolysis of starch and proteins.
Introduction: Introduction to Organic Chemistry
Media Resource
Watch These Lessons First
Organic Chemistry Full Lesson Part 1 Organic Chemistry Full Lesson Part 2
Organic Chemistry Full Lesson Part 3 Organic Chemistry Whole Lesson
Organic Chemistry Part-1 || Full Chapter Organic Chemistry Part-2|| Full Chapter
Explore More
Alkanes Alkenes Alcohols Carboxylic Acids
Crude Oil Fractions and their uses Fractional Distillation of Crude Oil Petroleum and its refining
Fractional Distillation Where is crude oil used? What products and applications are made from oil?
Fractions of Petroleum Fractional Distillation - What are the uses of fractions of crude oil?
Chemical Properties of Alkane Carbon Compound Degree of Unsaturation and Index of Hydrogen Deficiency
Organic Chemistry Nomenclature Alkenes & Alkynes
How to Draw Skeletal Structure or Bond-Line Notation for Organic molecules Alkenes: Isomers and Structure
Isomerism in alkenes Chemical properties of alkenes Unsaturated vs Saturated Hydrocarbons
Saturated and Unsaturated Carbon compounds Saturated and Unsaturated Carbon compounds - Part 2
Saturated and Unsaturated Carbon compounds - Part 3
Saturated and Unsaturated Carbon compounds - Part 4 Tests for Unsaturation Tests for Hydrocarbons
Alkanes & Alkenes Uses Alkenes Revision Alcohol :Carbon Compound Chemical Properties of Alcohol
Naming Alcohols Isomerism in alcohol Making alcohols by fermentation and from ethene
Alcohols Part 1 Alcohols Part 2
Carboxylic Acid Functional Group Structure Carboxylic acids Naming alcohols and carboxylic acids (SL)
Physical Properties of Carboxylic Acids Chemical Properties of Carboxylic Acids Esters: Naming + Properties
ESTERS : Part 1 ESTERS : Part 2 ESTERS : Part 3 : Nomenclature
Physical & Chemical Properties of Esters Uses Of Esters
Introduction to Homologous Series part 1 Introduction to Homologous Series part 2
Introduction to Homologous Series part 3
Characteristics of Homologous Series Intro to Macromolecules Introduction to Macromolecules 2
Polymers Bonding in polymers Addition Polymers Addition Polymerisation Polymerisation of Ethene
Production and uses of polyethylene Production of Ethylene Uses of Addition Polymers
Organic Addition Polymers Polythene, PVC and others Polymerisation of propene & chloroethene
Organic Addition Polymers Polyphenylethene (polystyrene). Thermosets and Thermoplastics
What Is Thermosetting and Thermosoftening Polymers Thermosets vs Thermoplastics
Organic Condensation Polymers Nylon-6,6 Organic Condensation Polymers Terylene.
Types of Synthetic Fibres - Nylon Types of Synthetic Fibres - Rayon
Macromolecules | Classes and Functions Biomolecules All About Carbohydrates
Simple Sugars and Fischer Projections Natural and Synthetic Polymers
Fats, Oils and Saponification Saponification - Base promoted ester hydrolysis Saponification
Reading Pages 233-246 : Bryan Earl and Doug Wilford 2014
Download the book from PDF Drive Here
Notes:
Click Here to Build Chemical Structures in 2D and Generate 3D models
Quiz: Organic Chemistry
Download PDF Science Textbook from PDF Drive
Download Chemistry Text Book from PDF Drive
full chapter section Videos
Chemistry
Hydrocarbons Chemistry Part-1 || Full Chapter Hydrocarbons Chemistry Part 2 || Full Chapter
Organic Chemistry Part-1 || Full Chapter Organic Chemistry Part-2 The p Block Elements || Full Chapter
The p Block Elements Part 2 || Full Chapter
The s Block Elements || Full Chapter Hydrogen || Full Chapter Redox Reactions || Full Chapter
Equilibrium Chemistry Part 1 || Full Chapter Equilibrium Chemistry Part 2 || Full Chapter
Thermodynamics Part-1 || Full Chapter Thermodynamics Part -2 || Full Chapter
State Of Matter || Full Chapter Chemical Bonding and Molecular Structure Part 1
Classification of Elements And Periodicity || Full Chapter Structure of Atom Part 1 || Full Chapter
Structure of Atom Part 2 || Full Chapter Some Basic Concept of Chemistry || Full Chapter
Organic Compounds: Methods of Purification Alkali Metals:General Characteristics & Properties
Chemistry || Uncertainty in Measurement Chemical Combination & Dalton’s Atomic Theory
Properties of Matter Haloalkanes and Haloarenes || Full Chapter Chemical Kinetics || Full Chapter
General Principles & Process of Isolation || Full Chapter Chemistry in Everyday Life || Full Chapter
Coordination Compounds || Full Chapter Surface Chemistry Part 1|| Full Chapter
Polymers || Full Chapter Electrochemistry || Full Chapter Chemistry || Alcohols, Phenols and Ethers || Full
The d & f Block Elements Part 1 || Full Aldehydes, Ketones & Carboxylic Acids || Full Chapter
Amines || Full Chapter Solutions || Full Chapter The Solid State Part 1 || Full Chapter The Solid State Part 2 || Full Chapter
The d & f Block Elements Part 2 || Full Chapter
No comments:
Post a Comment