Planned and tested Mathematic resources for teachers in the primary, secondary and FE sectors. A wide range of subject matters from algebra to geometry in both interactive and powerpoint formats. So if you need an affordable solution for a Maths lesson plan then the Maths Geezer has a solution.

Planned and tested Mathematic resources for teachers in the primary, secondary and FE sectors. A wide range of subject matters from algebra to geometry in both interactive and powerpoint formats. So if you need an affordable solution for a Maths lesson plan then the Maths Geezer has a solution.

25 Area Maze Puzzles to solve. Includes fully worked solutions.
These puzzles are designed to be solved using only whole numbers and areas.
Tests students deeper understanding, logic and reasoning.
Challenging and Fun.
Difficulty rating Easy to Hard.
It’s a different way of doing area questions.

Five different probability experiments and games that can be used as the start of a lesson, to collect data to allow comparisons between realative frequency and theorectical probability.
I have used these activities in both secondary schools and FE colleges. They really do work in engaging students of all abilities. All can be used as stand alone fun activity, at the end of a working week as a treet. The probability bingo is a real winner.
The pack features:
Lucky Maze Game
Me Tarzan, You Jane
Probability Bingo
Probability Horse Racing Game
Predict the colours in the bag.
Full instructions and suggestions included.
For Powerpoint and Interactive versions and other resources download for free at www.themathsgeezer.co.uk

A bingo activity game, can be used as a starter or plenary, to assess learning outcomes. Slides contain multiplication and division sums, where one number is divided or multiplied by a multiple of 10. Students need to workout answers.
For Notebook or Powerpoint version, download free at www.themathsgeezer.co.uk

2/3 Lessons.
Objectives:
Be able to write a number as a product of its prime factors.
Be able to construct a tree diagram to find the prime factors of a number.
Be able to calculate the HCF and LCM of two numbers using Venn diagrams.
Be able to find the HCF and LCM of two numbers when given the prime factorisation of each numbers.
Includes:
Lesson starters;
Worked examples;
Practise questions;
Plenary questions.
For more resources go to www.themathsgeezer.co.uk

Lesson objectives:
To be able to interpret data from a two-way table.
To be able to work out probabilities from a two-way table.
Includes; worked examples, practise questions, exam questions and worksheets.
For more quality resources visit www.themathsgeezer.co.uk

There are 3 pairs of simultaneous equations with their solutions for groups/pairs to sort out and work out which solutions go with which pair of equations.
For the powerpoint and interactive versions of this resource, and other free Algebra resources visit www.themathsgeezer.co.uk

3/4 lessons, includes step by step guide, worked examples, practice questions with solutions, and worksheets…
Objectives:
To be able to show inequalities on a graph.
The lessons are split into 3 parts:
A recap of equations of straight lines, and drawing straight lines
Being able to understand, and define a region bounded by inequalities.
Drawing lines to find a region.
For more Algebra resources visit www.themathsgeezer.co.uk

2/3 lessons.
Objectives:
To understand probability words.
To know the probability of an event happening lies between 0 and 1.
To place events on a probability line.
To be able to workout the probability of an event.
Includes:
Teachers notes;
Lesson starters;
Worked examples;
Practise questions;
Plenary questions.
For more resources go to www.themathsgeezer.co.uk

2 lessons, includes step by step guide, worked examples and practice questions.
Money, weight, temperature, distance.
For more algebra resources visit www.themathsgeezer.co.uk

￼Learning Objective:
To be able to recognise halves and quarters from diagrams and fractions. (1F1a)
To be able to recognise equivalent fractions, halves and quarters from diagrams. (1F1b)
Includes interactive activity for students, worksheets, and Mastery Questions. For more Primary Maths resources visit www.themathsgeezer.co.uk

2-3 Lessons divided into three parts.
Topics covered:
Cumulative frequency graphs
Box plots
Stem and Leaf diagrams
Histograms with unequal bar widths.
Includes, explanations, worked examples, practise questions with solutions and student worksheets.
For more GCSE revision resources visit www.themathsgeezer.co.uk

2 lessons, with worked examples and practise questions.
Objectives:
To be able to share an amount in a given ratio using proportional division.
To be able to share an amount in a given ratio using the difference between parts.
For more resources visit www.themathsgeezer.co.uk

Two lessons, including worked examples and practise questions.
Topics: 1. Solving Equations
2. Substitution into Expressions
3. Simplifying Expressions
4. Expanding Brackets
5. Factorising Expressions
For more Maths resources visit www.themathsgeezer.co.uk

A lesson designed to teach students to tell the time to the hour, half-hour, quarter past, and quarter to. Includes a matching pairs game, worksheets, and mastery questions.
For more early years Maths resources visit www.themathsgeezer.co.uk

Part 2 of 5.
A series of A5 practise sheets, designed mainly as a series of lesson starters, to embed mastery of the times table up to 20.
Approximately 40 different tasks.
Includes:
Task 2 involves a spider diagram with ten questions. Some are asking for an answer to a multiplication question, others show the answer and require the students to find the question.
For more Number resources visit www.themathsgeezer.co.uk

3/4 lessons, includes step by step guide, worked examples, practice questions with solutions, and worksheets. The big idea is to solve the inequalities to find the critical values, the to test a point on a number line to determine the correct inequality.
Objectives:
To be able to solve quadratic inequalities algebraically.
The lessons are split into 3 sections:
A recap of solving linear inequalities.
Solving simple quadratic inequalities.
Solving harder quadratic inequalities that involve rearranging and factorising to find the critical values.
For more Algebra resources visit www.themathsgeezer.co.uk

Part 1 of 5.
A series of A5 practise sheets, designed mainly as a series of lesson starters, to embed mastery of the times table up to 20.
Approximately 40 different tasks.
Includes:
Individual 2 to 20 times table tests.
Counting on Task - 19 short tasks of finding missing numbers by counting on in 2’s, 3’s 4’s etc up to 20.
For more Number resources visit www.themathsgeezer.co.uk

2 lessons, includes examples and practice questions covering:
Area and perimeter of quadrilaterals and composite shapes.
Area and circumference of circles and semi-circles.
Volume of Cuboids.
Angles, including triangles and parallel lines.
Pythagoras’s Theorem.
for more GCSE revision resources visit www.themathsgeezer.co.uk

Statistics 1:
2-3 Lessons divided into three parts.
Topics covered:
Cumulative frequency graphs
Box plots
Stem and Leaf diagrams
Histograms with unequal bar widths.
Includes, explanations, worked examples, practise questions with solutions and student worksheets.
Geometry:
2 lessons, includes examples and practice questions covering:
Area and perimeter of quadrilaterals and composite shapes.
Area and circumference of circles and semi-circles.
Volume of Cuboids.
Angles, including triangles and parallel lines.
Pythagoras’s Theorem.
Algebra:
Solving Equations
Substitution into Expressions
Simplifying Expressions
Expanding Brackets
Factorising Expressions
All resources Included, explanations, worked examples, practise questions with solutions and student worksheets.
For more GCSE revision resources visit www.themathsgeezer.co.uk

The bundle takes students from the most straight forward of Inequalities, using number lines, solving simple inequalities, solving harder linear inequalities algebriacally, through to showing inequalities graphically by finding regions. To finally solving quadratic inequalities of increasing difficulty.