Concentrating on one theorem. Explanation of the theorem. Two worked examples. 6 questions. Starter included. All answers, worked through, included.

Concentrating on one theorem. Explanation of the theorem. Two worked examples. 6 questions. Starter included. All answers, worked through, included.

Concentrating on one theorem. Explanation of the theorem. Two worked examples. 6 questions. Starter included. All answers, worked through, included.

Concentrating on one theorem. Explanation of the theorem. Two worked examples. 6 questions. Starter included. All answers, worked through, included.

Concentrating on one theorem. Explanation of the theorem. Two worked examples. 6 questions. Starter included. All answers, worked through, included.

Concentrating on one theorem. Explanation of the theorem. Two worked examples. 6 questions. Starter included. All answers, worked through, included.

Interpret real life situations and their graphical representations. Read information from graphs, understanding their scales. Add information to a graph. Interpret a graph by its shape. Identify the functional relationship of variables from the shape of a graph (linear, quadratic etc).

Interpret a speed-time graph. Draw a speed time graph from a distance time graph.

Find numerical values of gradients and then interpret. Use gradients of tangents and chords for Non-Linear Graphs.

Using a Speed-time graph to find the distance travelled. Straight lines, multiples speeds (trapezia), curves.

Plot an exponential graph from a given practical situation, and interpret the graphs in terms of the problem.

Looking at how we formalise ideas from tree diagrams and Venn diagrams to explain the differences between P(A and B) vs P(A or B). Introduces formulae. Worked examples of all skills. Question slides. All answers worked through on ppt.

Lesson includes starter on equivalent ratios. Worked examples looking at similarity in side lengths, area and volume. Question slide and fully-worked answers

Expressions, Formulae & Functions Lessons included: Expanding Binomials (Grid Method) Expanding Binomials (FOIL Method) Factorising Completing the Square Algebraic Proof Expressions as Functions Composite Functions Inverse Functions Rearranging Formulae

9-1 GCSE lesson covering using repeated % changes to calculate growth and decay. Starter reviews simple and compound interest. Worked examples. Worksheet included. All answers included.

Percentages Lessons included: Topic Preview Proportion and Percentages Calculating a Percentage Change Reversing a Percentage Change Growth and Decay Topic Review

Mensuration Lessons included: Circles Review Prisms Pyramids Cones and Spheres Similar Triangles Similar Area and Volume Frustums