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Atoms elements compounds and mixtures (interactive)

BBC Bitesize Compounds and mixtures [click here]

BBC Bitesize Particle model (solids, liquids and gases) [click here]

Fuse School video Iron and Sulfur reaction (difference between elements and compounds) [click here]

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Determine an equilibrium constant (Kc)
Carry out a redox titration
Investigate the combustion of alcohols
Determine the relative molecular mass of a volatile liquid and a gas
12. Separation of species by thin-layer chromatography

1. Make up a volumetric solution and acid–base titration (1)
1.1 Atomic structure (3)
1.1 Fundamental ideas (5)
1.10 Equilibrium constant Kc for homogeneous systems (Equilibrium A2) (2)
1.11 Electrode potentials and electrochemical cells (Redox A2) (2)
1.12 Acids and bases (7)
1.2 Amount of substance (5)
1.2 Limestone and building materials (2)
1.3 Bonding (9)
1.3 Metals and their uses (6)
1.4 Crude oil and fuels (8)
1.4 Energetics (4)
1.5 Kinetics (AS) (5)
1.5 Other useful substances from crude oil (3)
1.6 Chemical equilibria and Le Chatelier's principle (Equilibrium AS) (2)
1.6 Plant oils and their uses (2)
1.7 Changes in the Earth and its atmosphere (3)
1.8 Thermodynamics (2)
1.9 Rate equations (Kinetics A2) (2)
10a. Preparation of pure organic solid and test its purity (1)
10b. Preparation of pure organic liquid (1)
11. Test-tube reactions identifying aqueous transition metal ions (1)
12. Separation of species by thin-layer chromatography (1)
2. Measurement of an enthalpy change (1)
2.1 and 2.2 Structure and bonding (7)
2.1 Periodicity (2)
2.3 Atomic structure analysis and quantitative chemistry (3)
2.3 Group 7(17) the halogens (2)
2.5 Transition metals (7)
2.6 Acids bases and salts (4)
2.6 Reactions of ions in aqueous solution (2)
2.7 Electrolysis (3)
3. Rate of reaction and temperature (1)
3.1 Introduction to organic chemistry (3)
3.1 The Periodic Table and its trends (3)
3.10 Aromatic chemistry (2)
3.11 Amines (3)
3.12 Polymers (3)
3.13 Amino acids proteins and DNA (5)
3.2 Alkanes (4)
3.2 Water (2)
3.3 Calculating and explaining energy change (1)
3.3 Haloalkanes (3)
3.4 Alkenes (3)
3.5 Alcohols (3)
3.6 Organic analysis (AS) (3)
3.6 Organic chemistry (3)
3.9 Carboxylic acids and derivatives (2)
4. Test-tube reactions to identify aqueous cations and anions (1)
6. Tests for alcohol, aldehyde, alkene and carboxylic acid (1)
7a. Measuring rate of reaction by an initial rate method (1)
7b. Measuring rate of reaction by a continuous monitoring method (1)
8. Measuring EMF of an electrochemical cell (1)
9. Investigating pH change of WA and SB (1)
A-level Chemistry syllabus (2)
Acids and bases (2)
Action of anticancer drugs (1)
Acylation (1)
Adaptations (1)
Addition polymers (1)
Addition reactions of alkenes (1)
Alcohols (1)
Alkenes structure bonding and reactivity (1)
Alloys (1)
Amine preparation (1)
Amino acids (1)
Analysing substances (1)
Application of Hess's law (1)
Atomic structure and bonding (1)
Atomic structure definitions (1)
Atoms (1)
B1.1 Keeping healthy (2)
B1.4 Interdependence and adaptation (1)
Balanced equations and associated calculations (1)
Base properties of amines (1)
Biodegradability and disposal of polymers (1)
Biology B1 (1)
Bond enthalpies (1)
Bond polarity (1)
Bonding (aromatic chemistry) (1)
Bonding and physical properties (1)
Born-Haber cycles (1)
Bronsted-Lowry acid-base equilibria in aqueous solution (1)
Buffer action (1)
Calcium carbonate (1)
Calorimetry (1)
Carboxylic acids (1)
Carboxylic acids and esters (4)
Carry out a redox titration (1)
Catalysts (Kinetics AS) (1)
Catalysts (transition metals) (1)
Chlorination of alkanes (1)
Collision theory (1)
Combustion of alkanes (2)
Commercial applications of electrochemical cells (1)
Complex formation and substitution reactions involving transition metals (1)
Condensation polymers (1)
Covalent structures (1)
Crude oil (6)
Definition and determination of pH (1)
Determine an equilibrium constant (1)
Determine the relative molecular mass of a volatile liquid and a gas (1)
Diet and exercise (1)
DNA (1)
Drugs (5)
Early vs modern Periodic Table (1)
Earth's atmosphere (1)
Earth's crust (1)
Effect of concentration and pressure (1)
Effect of temperature on reaction rate (1)
Electrode potentials and cells (1)
Electron configuration (1)
Electrophilic substitution mechanism in aromatic chemistry (1)
Elimination mechanism of alcohols (1)
Elimination mechanism of haloalkanes (1)
Empirical and molecular formula (1)
Emulsions (1)
Energy from reactions (1)
Enthalpy change (1)
Environmental change (1)
Enzymes (1)
Esters (1)
Ethanol (2)
Ethanol production (2)
Extracting metals (6)
Forces between molecules (1)
Form Tutor (1)
Formation of coloured ions (1)
Formulae of common ions (1)
Fractional distillation of crude oil (AS) (2)
Fundamental particles (1)
GCSE C1 (1)
GCSE C1 Videos (1)
GCSE Chemistry syllabus (2)
GCSE science syllabus (1)
GCSE Scientific Terminology (1)
General properties of transition metals (1)
Gibbs free-energy change ΔG and entropy change ΔS (1)
Hard and soft water (1)
How our bodies defend themselves against infectious diseases (1)
Hydrocarbon fuels (2)
Hydrocarbons (2)
Identification of functional groups by test-tube reactions (1)
Infrared spectroscopy (1)
Investigate the combustion of alcohols (1)
Ionic bonding (1)
Ionic compounds (1)
Isomerism (1)
KS3 Science simulations (4)
KS4 Chemistry simulations (6)
KS4 Physics simulations (1)
KS5 Chemistry simulations (2)
Limestone uses (1)
Making salts (1)
Mass number and isotopes (1)
Mass spectrometry (1)
Maxwell-Boltzmann distribution (1)
Metallic bonding (1)
Metallic structure and bonding (1)
Modification of alkanes by cracking (2)
Molecules (1)
Nanoscience (1)
Nature of covalent and dative covalent bonds (1)
News (5)
Nucleophilic properties of amines (1)
Nucleophilic substitution mechanism of haloalkanes (1)
Obtaining useful substances from crude oil (2)
Organic nomenclature (1)
Organic reaction mechanisms (1)
Oxidation of alcohols (1)
Ozone depletion by haloalkanes (1)
Periodicity classification (1)
pH curves titrations and indicators (1)
Physical properties of Period 3 elements (1)
Polymer structure and intermolecular forces (1)
Polymers from oil (1)
Properties and uses of metals (2)
Proteins (1)
Purifying water (1)
Quantitative chemistry (1)
Reactivity Series (1)
Relative atomic mass and relative molecular mass (2)
Science simulations (12)
Shapes of simple molecules and ions (1)
Student revision (4)
The ideal gas equation (1)
The ionic product of water Kw (1)
The mole and the Avogadro constant (1)
Trends in halogen physical properties (1)
Trends within the Periodic Table (1)
Uses of chlorine and chlorate(I) (1)
Variable oxidation states (transition metals) (1)
Vegetable oils including saturated and unsaturated oils (1)
Weak acids and bases Ka for weak acids (1)

Educational research organisations

British Science Association
National Federation for Educational Research
Nuffield Foundation
Programme for International Student Assessment (OECD)
The Education Endowment Foundation
Visible Learning (work pioneered by Prof John Hattie)
What Works Clearinghouse (WWC): US Department of Education

Educational Technology (Ed-tech, Edtech)

Ed Tech Challenge
Free Technology for Teachers
Prezi : Presentation tool
Socrative
TEDEd lessons worth sharing

Online quizes

ProProfs Quiz maker
Quizlet

Science learning (lessons, revision, exam practice)

BBC Bitesize KS3
BBC GCSE Bitesize
BBC Knowledge and Learning (replaces Bitesize) GCSE Science
BBC Knowledge and Learning (replaces Bitesize) KS3 Science
BBC Scottish Higher Chemistry (Age 16+)
Chemical formulae
Collins Science (book publishers)
Institute of Physics
Khan Academy
My GCSE Science.com
National STEM Centre
Phet interactive simulations
Royal Society of Chemistry
S-cool.co.uk
Slideshare
Society of Biology
The Association for Science Education
The Fuse School Global Education

UK Department for Education and Examination/Qualification Regulators

Department for Education
Office for Qualifications and Examinations Regulation

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