Pythagoras' theorem | 4 | Geometry |

Rearranging formula | 5 | Algebra |

Rationalising surds | 7 | Algebra |

Substitution | 3 | Algebra |

Real-life graphs | 4 | Algebra |

Simplifying algebraic fractions | 7 | Number |

Four operations of algebraic fractions
| 7 | Algebra |

Translation | 3 | Geometry |

Coordinates | 1 | Geometry |

Algebraic fraction equations | 8 | Algebra |

Functions and composite functions | 7 | Algebra |

Inverse functions | 7 | Algebra |

Algebraic proofs | 8 | Algebra |

Reflection | 3 | Geometry |

Rotation | 3 | Geometry |

Vectors 1 | 4 | Geometry |

Vectors 2 | 5 | Geometry |

Vector proofs: midpoint | 8 | Geometry |

Vector proofs: ratio | 8 | Geometry |

Vector proofs: collinear | 9 | Geometry |

Enlargements 1 | 3 | Geometry |

Simplifying ratio | 3 | Number |

Ratio - difference between parts | 4 | Number |

Factors, multiples and primes | 2 | Number |

Best buys | 3 | Number |

Enlargements 2 | 6 | Geometry |

Proportion recipe | 3 | Number |

Inverse proportion | 5 | Number |

Similiarity area | 6 | Geometry |

Similarity volume | 6 | Geometry |

Order of operations | 3 | Number |

Adding and subtracting decimals | 2 | Number |

Multiplying decimals | 3 | Number |

Dividing decimals | 3 | Number |

Recurring decimals 1 | 5 | Number |

Recurring decimals 2 | 6 | Number |

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