A full step by step lesson on Cosine Rule for missing sides and angles. This presentation goes through: The derivation of Cosine Rule How to use Cosine Rule to calculate missing sides and angles of triangles. It also shows how Trigonometry could be employed in solving real life problems (Exam Style Questions).

A full step by step lesson on Area of Triangles using Sine. This presentation goes through: The derivation of Area of Triangle using sine How to calculate area of triangles using Sine. It also shows how Trigonometry could be employed in solving problems. (Exam Style Questions).

This lesson presentation covers the theorems related to intersecting chords and secants, supported with proofs. Well simulated animation to fully engage students. There are also proofs to bring life and meaning to explaining abstract concepts. The lesson covers these theorems: Intersecting Chords inside a circle Intersecting Secants outside a circle

This lesson presentation covers the theorems related to** intersecting tangents and secants, supported with proofs.** Well simulated animation to fully engage students. There are also proofs to bring life and meaning to explaining abstract concepts.

This is an introduction lesson to Vectors. Well simulated animation to fully engage students. It covers: Linking column vector translation to drawing vector lines Sums of Vectors Diagram representation of addition and subtraction rule of vectors Vector Notation

This is a presentation on solving vector problems using equations. Well simulated animation to fully engage students. It covers: how to find Missing Ratio forming equations from vectors how to find Scalar quantity of vectors by forming equations Exam style Questions

This is a presentation on solving vector problems. Well simulated animation to fully engage students. It covers: how to find Missing Ratio how to find Scalar quantity of vectors Exam style Questions

This is an excellent presentation on Parallel Line Vectors. Well simulated animation to fully engage students. It covers: understanding how to know that two vectors are parallel how to use vector algebra to proof that two vectors are parallel scaffolding presentation on how to answer exams style questions on vectors involving proofs that two vectors are parallel.

This is an excellent presentation on Straight Line Vectors. Well simulated animation to fully engage students. It covers: understanding how to know that two vectors form a straight line how to use vector algebra to proof that two vectors form straight line scaffolding presentation on how to answer exams style questions on proving why two vectors form a straight line.

Carefully animated lesson using diagrams to explain completing the square. This is the introduction using pictorial representation to support algebraic approach to explain the concept of completing the square.

Complete lesson on how to use substitution to solve quadratic and linear simultaneous equations. It covers: Linear and quadratic equations Linear and equation of circle

Use this Resources to prepare your students to develop their Fluency, Reasoning and Problem Solving skills in 3D Pythagoras. AO1 questions will test students’ memory of recalling conceptual facts. AO2 questions will present a scenario and ask students to apply the correct maths but will still be in the same context of topic. AO3 questions will present a problem and leave the student to solve it. Generally cross reference topics questions.

Carefully Animated lesson on application of Pythagoras Theorem in 3D. It also explains how to use Pythagoras Theorem in solving algebraic problems in 3D shapes. Excellent animation to bring life in delivering maths concepts, accessible to all. This presentation will boost your confidence and enthusiasm in maths. Very useful for audio visual learners.

Use these Resources to prepare your students to develop their Fluency, Reasoning and Problem Solving skills in 3D Pythagoras. Fluency questions will test students’ memory of recalling conceptual facts. Reasoning questions will present a scenario and ask students to apply the correct maths but will still be in the same context of topic. Problem Solving questions will present a problem and leave the students to solve it. Generally cross reference topics questions.

Understanding units of Measurements and their applications -Working with temperature Working with volume and other units Working with Time ( Time table for Bus Schedules) Others

Carefully animated presentation to retain and engage students. In this presentation, you will be able to: -know the how to represent single inequalities on number lines -describe and write single inequalities from a number lines -know how to represent compound inequalities on number lines describe and write compound inequalities from number lines. -List solution to inequalities including pairs of inequalities.