MASTER -Chemistry (Edexcel)
- Created by: Issy.carter
- Created on: 24-03-17 15:07
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- Chemistry -Edexcel GCSE
- Particles
- Kinetic theory + diffusion
- Arrangement of particles for solids, liquids + gasses
- Diffusion - Gases + liquids
- Atomic structure
- The structure of an atom
- Atomic + mass numbers
- Isotopes
- Counting electrons
- Arrangmet of electrons and the periodic table
- Bonding
- Covalent bonding
- Covalent bonding in hydrogen molecule
- Multiple covalent bonding
- Ionic (electrovalent) bonding
- Metalic bonding
- Intermolecular forces
- Structures
- Giant structures, metalic, ionic and covalent
- Simple molecular structures
- Elements, compounds + mixtures
- Formulae + equations
- Writing formulae + eqations
- Formulae for iconic compounds
- Writing equations
- Balancing equations
- State symbols
- Rates of reduction
- Reaction between marble chips + dilute hydrochloric acid
- Catalysts
- decomposition of hydrogen peroxide
- How do they work?
- showing substance is a catalyst
- Kinetic theory + diffusion
- Essential Chemistry
- Oxygen + Oxides
- Making oxygen
- Burning elements in oxygen
- Oxides
- non metal oxides and the environment
- Uses of carbon dioxide
- The reactivity series
- Oxidation + reduction
- Displacement reactions involving metal oxides
- Displacement reactions with salts
- reactions metal with water
- predictions using reactivity series
- Acids
- PH + indicators
- Reacting acids with metals, metal oxides , metal hydroxides and carbonates
- Theories of acids + bases
- Making salts
- what is Soluable + insoluble salts
- Methods of making soluable + insoluble salts
- Making sodium, potassium + ammonium salts
- To heat or not?
- Separating + Analysing
- How to separate mixtures, distillation, re-crystallisation, chromatography
- Testing for water
- Testing for ions
- The periodic table
- The table
- the noble gases
- Group 1 - alkali metals
- Group 7 - The halogens
- Transition metals
- Electrolysis
- What is it?
- Moulton compounds
- Aqueous solutions
- Non electrolytes
- energy changes in reactions
- Exothermic + endothermic changes
- Reversible reactions
- Reversibility + dynamic equilibria
- Closed conditions
- Manipulating reversible reactions
- Le Chatelier's principle
- Reversibility + dynamic equilibria
- Oxygen + Oxides
- Inorganic Chemistry
- Manufacturing chemicals
- making ammonia
- Making sulfuric acid
- Chlor-alkali industry
- Metals
- Extracting metals from ores
- Aluminium extraction + uses
- Properties + uses of different types of iron
- Rusting of iron
- Manufacturing chemicals
- Organic Chemistry
- Organic chemistry
- Types of formular for organic molecules
- Naming organic compounds
- Coding chain length and type
- Coding for branched chains
- Structual isomerism + Alkenes
- Alcohols
- Alkanes, Alkenes and Alcohols
- Alkanes
- Alcohols + production of ethanol
- Reactions to alcohols
- Products from crude oil
- What is crude oil
- Separating crude oil
- Uses of fractions
- How does cracking work
- Polymers
- addition polymerisation - ethene, chloroethene + propene
- Condensation polymerisation - nylon + monomers
- Organic chemistry
- Chemistry Calculations
- RAMs and moles
- Defining relative atomic mass
- The mole, working out, quoting and calculations
- Using moles to find formulae
- Calculations from eqations
- Calculations involving only masses
- calc involving gas volumes
- Simple calc with molar volume
- Calculating percentage yields
- Electrolysis calculations
- How to interpret electrode equations
- Electrolysing more than one solution
- Energy calculations
- Calcs involving bond energies
- Measuring energy changes involving solutions
- Titration calculaations
- working with solution concentrations
- calculations from titrations
- RAMs and moles
- Particles
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