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I design interactive PowerPpoint maths games and maths lessons using animations
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I design interactive PowerPpoint maths games and maths lessons using animations
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Reciprocal Graphs
Carefully Animated lesson on how to draw Reciprocal Graphs
Excellent animation to bring life in delivering maths concepts, accessible to all. This presentation will boost your confidence and enthusiasm in maths.
Bundle
Complete Lessons on Probability
Carefully Animated lesson on
Introduction to the concept of probability.
Experimental Probability and Relative Frequency
Sample Space Diagram
Tree Diagram with and without replacement
Probability without using tree diagram
Probability Problems involving algebra.
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.
Cumulative Frequency and Box Plot
Carefully animated lesson on
how to draw Cumulative Frequency Curve
how to draw box plot from Cumulative Frequency Curve
how to compare Cumulative Frequency Curves
This presentation is very useful for visual learners.
Velocity Time Graph
Complete lesson Velocity Time Graph.
Excellent animation to bring life in delivering maths concepts, accessible to all. This presentation will boost your confidence and enthusiasm in maths.
Averages - Reverse and Combine Mean
In this presentation you have all that you need to engage and provoke deep thinking among students on Reverse and Combined Mean.
It covers
how to answer questions involving Reverse Mean
How to answer questions on Combined Mean
-How to solve to solve exam style problems involving Reverse and Combined Mean
• application of Reverse and Combined Mean in real life
Vectors 3 - parallel lines proof
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.
Averages - Interpolation of Median, Quartiles and Percentiles
In this presentation you have all that you need to engage and provoke deep thinking among students on Interpolation.
It covers
using Linear Interpolation to estimate Median from frequency table
using Linear Interpolation to estimate Quartiles and Percentiles from frequency table
How to construct the net of a Cube
Construction of square, All Circles are drawn with the same radius, Fold a net into a 3D or Solid, Cube
Suitable for End of Term activity,
Suitable for G&T (Gifted é Talented) Students.
Simultaneous Quadratic and Linear Equations
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
Experimental Probability and Relative Frequency
Carefully Animated lesson on Experimental Probability and Relative Frequency.
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.
Introduction to Bounds
A step by step lesson on Bounds
This presentation goes through:
How to calculate lower and upper bounds of a given measure.
How to express error interval of a measure.
It also shows how bounds is used in solving problems.
(Exam Style Questions).
Congruence of Shapes - Proofs
A step by step lesson on Proofs of Congruence of Shapes.
This presentation goes through:
Proofs of several Congruent Shapes.
It also shows how solve congruence problems.
(Exam Style Questions).
Similar Shapes for Lengths, Area and Volume
A step by step lesson on Similar shapes
This presentation goes through:
How to calculate scale factor using different units ( area, volume etc. ) and how to apply them on similar shapes.
How to find missing volume , surface area and missing lengths of 3D shapes
It also shows how similar shapes could be employed in solving problems.
(Exam Style Questions).
Averages from Frequency table
In this presentation you have all that you need to engage and provoke deep thinking among students on finding averages from frequency table.
It covers
-Mean, mode and median from frequency table
-deepen knowledge on how to solve exam style problems
• application of averages in real life
Area of Triangle Using Sine
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).
Circle Theorem 3 - Intersecting Chords and Secants
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
Circle Theorem 4 - Intersecting Secant and Tangent Relationship
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.
Vectors 1 - Introduction to Vectors
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
Percentage Change and Repeated Percentage Change- Calculator
Step by step guide to calculating percentage change and repeated percentage change.
Apart from percentage change formula, this presentation focuses on using the multiplier to calculate repeated percentage change.
Well animated presentation providing support for less able students.
Students will understand and know how to use the multiplier to calculate repeated percentage change.