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OH-
ions
present in all alkaline solutions. H+
+ OH-=
H2O |
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Organic
Chemistry: Alkanes |
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Organic
Chemistry: Alkenes |
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Organic
Chemistry: Ethanoic Acid |
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Organic
Chemistry: Ethanol (alcohol) |
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Organic
Chemistry: Fossil fuels are non-renewable resources |
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Organic
Chemistry: Homologous Series of Organic compounds and the IUPAC system of
naming them |
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|
Organic
Chemistry: How fossil fuels
wer formed |
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Organic
Chemistry: Natural gas, LPG, petrol, diesel, paraffin, candle wax, peat,
lignite, coal and coke |
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Organic
Chemistry: Obtaining hydrocarbons from coal and oil |
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Oxidation
and Reduction (Redox Reactions) |
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Oxides
of metal and non-metal elements: include C, S, H2,
Ca, Mg and Zn |
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|
Oxygen:
Importance in combustion and respiration |
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|
Particle Theory
of Matter |
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|
Periodic
Table |
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|
Periodic
Table: Tends - Reactivity of
the Group I and II metal with Oxygen & Water increases as you go down. |
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|
Periodic
Table: Trends - Atoms increase as you go down a Group & decrease
as you go across a Period |
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|
Periodic
Table: Trends - Metal character in the elements increases as go down and
decreases as you go across |
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|
Periodic
Table: Trends - Reactivity of the Group VII elements decreases as you go
down |
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|
pH
Indicators |
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|
Plastics
as an alternative to glass, wood and metal |
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|
Plastics:
Social, Economic, Environmental and Technological Aspects |
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|
Plastics:
Thermosetting (include melamine bakelite, epoxy resins) |
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|
Plastics:
Thermosoftening (include polythene, PVC and polystyrene) |
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|
Rates of
reactions (Kinetics): Affect of changing the CONCENTRATION of a reactant
solution |
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Rates
of reactions (Kinetics): Affect of changing the PRESSURE of GASEOUS reactants |
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|
Rates
of reactions (Kinetics): Affect of changing the SURFACE AREA of a SOLID
reactant |
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|
Rates
of reactions (Kinetics): Affect of changing the TEMPERATURE of a reactant |
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|
Rates
of reactions (Kinetics): Affect of LIGHT on some chemical reactions |
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|
Rates
of reactions (Kinetics): Affect of USING A CATALYST (with some reference
to Industrial Processes) |
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|
Rates
of reactions (Kinetics): The Collision Theory |
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|
Raw
Materials: Glass from Sand |
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|
Raw
materials: Lime from Limestone |
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|
Raw
Materials: Plastics from Oil |
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|
Reactivity
Series (metals reacting with O2, H2O & dilute
acids) |
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|
Reactivity
Series: Predicting where an unfamiliar element should be placed in the
Series (e.g. tin) |
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|
Recycling:
Aluminium |
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|
Recycling:
Glass |
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|
Recycling:
Paper |
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|
Redox
reactions: Electrolysis is an example. Oxidation at the Anode &
Reduction at the Cathode |
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|
Redox
Reactions: Examples of Oxidising and Reducing Agents |
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|
Redox
reactions: Examples of reversible reaction Oxidation <----->
Reduction |
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|
Redox
reactions: How Mg and S react with oxygen (and how their oxides differ) |
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5 |
6 |
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8 |
9 |
10 |
|
Redox
reactions: Reduction of heated copper oxide by a stream of hydrogen gas |
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9 |
10 |
|
Redox
reactions: Reduction of heated lead oxide by charcoal (carbon) |
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3 |