1. Geometry and measurement: circle parts identification, parallel line angle relationships, bearing drawing, area of parallelogram, triangle angle calculation, coordinate midpoint, translation 2. Number and operations: directed number multiplication, cube/square roots, mixed number subtraction, index laws, prime factorisation, divisibility rules, BIDMAS evaluation 3. Algebra: subject identification in formula, nth term from rule and sequence, expanding and factorising, equation graph plotting, highest common factor error correction 4. Ratio and proportion: sharing ratio interpretation, enlargement from similar shapes, scale conversion (km to miles), power of ten effects 5. Data handling and statistics: stem-and-leaf diagram completion, data interpretation (median, range), distribution comparison, correct statistical language 6. Sequences and patterns: tile pattern rule identification, symmetry and rotational order in polygons, tessellation angle pairing, exponential and algebraic pattern matching