Year Group Half-Term 1 Half-Term 2 Half-Term 3 Half-Term 4 Half-Term 5 Half-Term 6 Working with Introduction to Working with Developing Interpreting and Introduction to 7 integers and the algebra, algebraic fractions, decimals confidence in plotting ratio and four operations, notation and and percentages, algebra and the use coordinates, multiplicative rounding and conventions, using conversions of algebra in plotting graphs of reasoning, approximating, algebra in simple between them and solving equations straight lines and interpreting ratio BIDMAS, powers contexts and using developing and investigating interpreting graphs as division into and indices, simple algebraic confidence sequences. that represent real fractional parts and ‘special’ numbers. formulae. particularly in life situations. an introduction to calculations and proportional problems involving reasoning fractions. Consolidation and Solving equations Area and perimeter Angles and Analysis of, Linear (and 8 extension of including of 2D shapes. geometry of 2D interpretation of quadratic) number work from simultaneous Volume and shapes. and representation sequences and year 7 including equations where surface area of 3D Introduction to of data. other sequences. fractions and appropriate, shapes. Pythagoras’ probability. Extension of ratio percentages, plotting and theorem and and proportion indices, percentage interpreting linear transformations. work including increase and and curved graphs. direct and inverse decrease and Forming proportion compound expressions and problems. percentages, equations to solve rounding and limits in context. of accuracy. Number work for Further number Sequences and nth Inequalities (linear Perimeter and area Volume and 9 GCSE including including ratio and terms, linear, and quadratic), of 2D shapes, surface area basic number percentages and an quadratic and graphs in context, Pythagoras’ including cones, concepts, and introduction to simultaneous linear graphs and theorem and spheres and fractions algebra equations coordinate trigonometry in cylinders, similarity geometry right angled and congruence triangles, polygons and circles and quadrilaterals
Year Group Half-Term 1 Half-Term 2 Half-Term 3 Half-Term 4 Half-Term 5 Half-Term 6 7 Working with integers and the four operations, rounding and approximating, BIDMAS, powers and indices, ‘special’ numbers. Introduction to algebra, algebraic notation and conventions, using algebra in simple contexts and using simple algebraic formulae. Working with fractions, decimals and percentages, conversions between them and developing confidence particularly in calculations and problems involving fractions. Developing confidence in algebra and the use of algebra in solving equations and investigating sequences. Interpreting and plotting coordinates, plotting graphs of straight lines and interpreting graphs that represent real life situations. Introduction to ratio and multiplicative reasoning, interpreting ratio as division into fractional parts and an introduction to proportional reasoning 8 Consolidation and extension of number work from year 7 including fractions and percentages, indices, percentage increase and decrease and compound percentages, rounding and limits of accuracy. Solving equations including simultaneous equations where appropriate, plotting and interpreting linear and curved graphs. Forming expressions and equations to solve in context. Area and perimeter of 2D shapes. Volume and surface area of 3D shapes. Pythagoras’ theorem and transformations. Angles and geometry of 2D shapes. Introduction to probability. Analysis of, interpretation of and representation of data. Linear (and quadratic) sequences and other sequences. Extension of ratio and proportion work including direct and inverse proportion problems. 9 Number work for GCSE including basic number concepts, and fractions Further number including ratio and percentages and an introduction to algebra Sequences and nth terms, linear, quadratic and simultaneous equations Inequalities (linear and quadratic), graphs in context, linear graphs and coordinate geometry Perimeter and area of 2D shapes, Pythagoras’ theorem and trigonometry in right angled triangles, polygons and quadrilaterals Volume and surface area including cones, spheres and cylinders, similarity and congruence and circles