The first (and easiest in my opinion) of the circle theorems Two radii of an isosceles triangle joined by a chord form an isosceles triangle This a worksheet in a variety of formats with key skills questions to test this theorem Please view the preview before purchase

One of the easier circle theorems A radius that meets a chord at 90° perpendicularly bisects it This a worksheet in a variety of formats with problem-solving and reasoning questions to test this theorem Please view the preview before purchase

Two different activities allowing students to practice classifying numbers. One requires students to place numbers in the correct category (Real, rational, integer, whole and natural. Also includes versions with irrational and complex). One is an interactive foldable requiring split pins to define the different types of classifications. Come in ready to print PDF and PowerPoints that can be edited (Juan Mikes font required to easily edit). Please read the preview before purchasing.

PowerPoint and Slides lesson involving using variables with coefficients and indices / powers / exponents laws. Please see preview before purchase.

This resource consists of 3 different themes, each with 3 different questions and each differentiated 3 ways. That’s 27 possible puzzles for your students to match! Each puzzle is a set of raw data, frequency table and bar chart to be matched together. Please read the preview before purchasing to see if this lesson is appropriate for you. This lesson is based on the Pearson Key Stage 3 Maths Progress scheme of work but is appropriate the curriculum over.

Students can practice calculating the hypotenuse using these differentiated worksheets. Please read the preview before purchase

Students can practice calculating the hypotenuse or other sides of right-angled triangles using these differentiated worksheets. Please read the preview before purchase

Use this resource, to help students recall set notations and Venn diagram and their notations. Please read the preview before purchase.

Eight differentiated worksheets practicing expanding single brackets from a(x+b) to -ax(-bx-c). Comes in two forms, individual colouring version for students and a larger version for cutting out to display in the classroom. Please read the preview before purchase

This is a fun and engaging way to practice multiplying indices (or exponents). This resource is a colour by numbers type activity which shading the square containing the answer the same pattern as suggested by the question. This comes with 3 different pattern worksheets - simplifying integer ratios, simplifying integer ratios and metric unit ratios and finally simplifying integer and metric unit ratios and finding missing values in equivalent ratios.

PowerPoint and Slides lesson involving simplifying integer ratios, metric unit ratios and finding missing values in equivalent ratios. Please read preview before purchase

A PDF with a rangoli pattern to be completed using rotational symmetry. It includes 3 different patterns, one in order 6, order 8 and order 10. Please read preview before purchase

A worksheet with a variety of question on recognising, visualising and constructing nets of 3D solids. Please read preview before purchase

This activity is all about practicing sharing in a ratio when given one part of the ratio or the difference in the ratio. Please check the preview before purchase.

PowerPoint and Slides lesson involving classifying quadrilaterals and identifying parallel and perpendicular lines. Please read preview before purchase

PowerPoint and Slides lesson involving identifying triangles by equality and angle size Please read preview before purchase

PowerPoint and Slides lesson involving reflection and rotational symmetry. Please read preview before purchase

PowerPoint and Slides lesson involving sharing amounts in a ratio. Please read preview before purchase

A maze worksheet involving simplifying expressions containing a single variable, a single variable and a constant and two variables.

PowerPoint and Slides lesson involving collecting like terms in expressions with one variable, one variable and a constant and two variables. Please read preview before purchase