1. number sequences and patterns, circle terminology, geometric construction (circle drawing, measuring angles), coordinate geometry (rectangle completion) 2. data representation and interpretation (scatter graph, bar/waffle diagrams, Venn diagrams), translation, rotation, reflection, symmetry, net recognition 3. arithmetic with fractions, decimals, percentages, rounding rules, place value identification, order of operations, model scaling, proportional reasoning 4. probability (spinner sections, event likelihood), mean, mode, median, range calculations, equal ratios and LCM for shared quantity distribution 5. unit conversions (hours and minutes), line and angle drawing (protractor use), symmetry identification, area and perimeter understanding on grids 6. mutually exclusive events, reflection symmetry, transformation of 2D shapes, basic algebra in context, consistent application of fractions and ratios