A worksheet to consolidate finding fraction of amounts. The worksheet was designed using Pointon and Sangwin taxonomy to help develop mathematical thinking among students.

A worksheet focused on calculating the length of line segments using pythagoras. Interleaving topics include: Equations of linear graphs, Substitution Circumference of circles Areas of triangles Midpoints Ratio

A worksheet to consolidate finding the areas of circles. The worksheet was designed using Pointon and Sangwin taxonomy to help develop mathematical thinking among students.

A worksheet to consolidate factors. The worksheet was designed using Pointon and Sangwin taxonomy to help develop mathematical thinking among students.

A worksheet focused on exact trigonometry applied to different types of trigonometry problems. Interleaving topics include: Trigonometry of right angled triangles Areas of triangles using sine. Areas of segments. Sine Rule. Cosine Rule. Trigonometric identities.

A worksheet to consolidate direct proportion. The worksheet was designed using Pointon and Sangwin taxonomy to help develop mathematical thinking among students.

A set of questions on calculating multiple event probability, including unconditional and conditional problems.

A worksheet on standard form calculations involving division. The worksheet was designed using Pointon and Sangwin taxonomy.

Students need to fill in the table with examples of transformations that will leave a shape with 0, 1 and infinite invariant points. Students are asked to sketch the examples into the table and add descriptions where neccessary.

A worksheet designed using Pointon and Sangwin taxonomy. The worksheet focuses on enlarging shapes using positive, fractional and negative scale factors. Students will also need to describe these transformations. Reflections, rotations and translations are used as a recap and invariant points are touched on.

A set of questions for calculating relative frequencies and expected outcomes.

A handful of AFL questions for teaching invariant points. A goo follow up question for some of the slides, “give me the coordinates of a point that some students might think is an invariant point but actually isn’t”.

A worksheet for solving multi-step Pythagoras problems. Interleaving topics include: Perimeter of Shapes Area of Shapes Similar Shapes Properties of polygons

A worksheet focused on calculating shorter sides of right angled triangles using Pythagoras’ theorem. Interleaving topics include: Areas of shapes (triangles, trapeziums, octogons/compound shapes) Volumes of cones Ratio Perimeter Fractions Decimals

A worksheet on finding the probabilities of single events. Interleaving topics include: Factors, Multiples, Primes, Squares Probability Tables Ratio Proportion problems Working backwards from a probability

A worksheet to consolidate adding and subtracting numbers in standard form. The worksheet was created using Pointon and Sangwin taxonomy

A varied worksheet on calculating the hypotenuse of right angles triangles. A lot on interleaved topics also included into the question set. Including: Areas of shapes Similar Shapes Areas of circles Rearranging equations (For Q12) Rounding Exact Form Geometric Notation

A few multiple choice questions to test the use of bar models to represent ratio problems that involve some sense of sharing.

A worksheet on constructing loci. Including… Loci from a point Loci from a line Loci from a shape Loci equidistant from 2 points Loci equidistant from 2 lines Loci less than or more than from the above loci Mixtures of Loci Loci consisting of 2 points Loci inside a shape Loci from a scale Areas of Loci

A varied worksheet on constructing line and angle bisectors, and perpendicular lines that pass through a given point. In addition there are some questions requiring students to construct some angles using a pair of compasses.