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FOLKESTONE ACADEMY SCIENCE REVISION
Home
Biology
B1 Cell Biology
B1 Organisation
>
B1 Enzymes
B1 Infection and Response
>
B1 Medicine and Drugs
B1 Bioenergetics
>
B1 Energy from Respiration
B2 Homeostasis and Response
B2 Inheritance
B2 Evolution
>
B2 Variation, reproduction and new technology
B2 Ecology
>
B2 Adaptation for survival
Chemistry
C1 Atomic structure
C1 Chemical bonding
>
C1 Structure and properties
C1 Quantitative Chemistry
C1 Chemical changes
>
C1 Extracting metals
C1 Reaction of acids and electrolysis
C1 Energy Changes
C2 Rate of Chemical Change
C2 Hydrocarbons
>
C2 Cracking
C2 Chemical Analysis
C2 Earth's Atmosphere
C2 Using Resources
Physics
P1 Energy
>
P1 Energy calculations
P1 Energy transfers
P1 Electricity
>
P1 Generating electricity
P1 Mains Electricity
P1 Electrical Circuits
P1 Particle model of the atom
P1 Atomic Structure
>
P1 Radioactivity
P2 Forces
>
P2 Forces
P2 Motion
P2 Waves
>
P2 Wave Properties
P2 Electromagnetic Spectrum
P2Electromagnetism
Masterclasses
Year 10
Home
Biology
B1 Cell Biology
B1 Organisation
>
B1 Enzymes
B1 Infection and Response
>
B1 Medicine and Drugs
B1 Bioenergetics
>
B1 Energy from Respiration
B2 Homeostasis and Response
B2 Inheritance
B2 Evolution
>
B2 Variation, reproduction and new technology
B2 Ecology
>
B2 Adaptation for survival
Chemistry
C1 Atomic structure
C1 Chemical bonding
>
C1 Structure and properties
C1 Quantitative Chemistry
C1 Chemical changes
>
C1 Extracting metals
C1 Reaction of acids and electrolysis
C1 Energy Changes
C2 Rate of Chemical Change
C2 Hydrocarbons
>
C2 Cracking
C2 Chemical Analysis
C2 Earth's Atmosphere
C2 Using Resources
Physics
P1 Energy
>
P1 Energy calculations
P1 Energy transfers
P1 Electricity
>
P1 Generating electricity
P1 Mains Electricity
P1 Electrical Circuits
P1 Particle model of the atom
P1 Atomic Structure
>
P1 Radioactivity
P2 Forces
>
P2 Forces
P2 Motion
P2 Waves
>
P2 Wave Properties
P2 Electromagnetic Spectrum
P2Electromagnetism
Masterclasses
Year 10
Physics
is the study of matter and energy. At GCSE it is split into the following topics:
Energy
Electricity
Particle Model of Matter
Atomic Structure
Forces
Waves
Electromagnetism
P1 Energy
P1 Electricity
P1 Particle Model of Matter
P1 Atomic Structure
Energy Calculations
Energy Transfers
Generating electricity
Electrical circuits
Mains electricity
Density
Changes of state
Specific heat capacity
The model of the atom
Nuclear radiation
Half life
P2 Forces
P2 Waves
P2 Electromagnetism
Resultant forces
Work done and energy transfer
Forces and motion
Acceleration and momentum
Transverse and longitudinal waves
Wave properties
Electromagnetic spectrum
Magnetic fields
Electromagnetism
The motor effect