More theoretical approach to conditional probability. Use of the formulae and axioms. Full animated demo. Fully differentiated resource for students to complete. Full solutions.

Complete fully differentiated lesson for students working at grades 1,2,3,4. Topic is writing which number the arrow is pointing to on a linear scale with 4,5 or 10 divisions. The powerpoint shows the students how to tackle the problem using a strategy of subtraction then division to see the step size. Fully differentiated resource goes from 1 star (easy) to 3 star (hard) which includes decimals sub-intervals and some time intervals

Complete revision lesson for lower ability GCSE students or higher ability younger students which covers the basics of algebraic manipulation. The topics covered are collection of terms, simplification of powers, expansions of brackets, evaluating and creating expressions. The powerpoint takes you through the basics and then the differentiated write-on resource allows students to select one of two levels of questions. Answers are not included. There is a screen shot of the resource on the last slide of the powerpoint

Complete lesson to show foundation students how to calculate 0.2 x 0.05 mentally. The powerpoint shows the method of counting decimal places in the questions and then making sure that the answer contains the same number of dp. The fully differentiated write-on resource goes from 1 to 4 star and students can select their own level. Answers not included

Calculating the missing angle on a line or round a point. The powerpoint explains the theory and then the worksheet accompanies the lesson. The resource can be printed to an A5 booklet and students write their answers on the sheet. There are 4 levels of differentiation: first level is simple multiples of 10 as the given angles. The next level is any two or three digit angle. The third level brings in multiple unknowns and the fourth level sees students form and solve linear equations. No solutions given

This is an entire lesson on showing students how to calculate the mean (and mode, median) from a table containing a discrete distribution. The powerpoint shows us why we multiply across the rows by showing the data at the bottom of the screen. The resource is differentiated at 3 levels and can be written on to allow students to easily and quickly complete their work. Answers not included but, as it on a spreadsheet, a simple cell formula can be used to find all summary statistics

Complete lesson on calculations such as 0.3 shared by 0.05. The powerpoint likens the calculations to equivalent fractions and students are encouraged to keep multiplying by 10 until the denominator becomes an integer. The fully differentiated write-on resource allows students to work from one star to four star. Answers not included.

Complete lesson which takes students starting the GCSE Higher course through a review of the three averages. Simple calculations are covered as well as reverse problems and “give me three numbers with a mean of…” type problems. Lesson includes a starter activity, the Powerpoint demonstration and the fully differentiated resource which contains notes and space for students to write their answers. No answers given.

Full lesson on calculating estimates of the mean from a grouped distribution. Powerpoint shows how the theory works and then 3 leveled resource which students can write on tests their knowledge. Finding the modal class and the interval which contains the median is covered but is not the main objective. Answers not included but the spreadsheet could be programmed to calculate the answers.

Full lesson on introduction to inequalities Powerpoint animated to show what the symbols mean. How we represent them using full and empty circle. Listing integer solutions Fully differentiated resource with three levels of difficulty. Students write on the resource. Students can measure their own progress at end in plenary and ask questions. No answers included

Complete lesson how to find estimates of the mean, median and the modal class of a grouped distribution. There is a starter activity included, the Powerpoint which shows students how to tackle their work and a fully differentiated resource which includes notes and space on which students can write their answers. Plenary section is included on the resource. No solutions given.

A complete lesson which takes students through how to find the mean, median, mode and range when given discrete data in a table. Lesson includes a starter, the Powerpoint for to show the students how to tackle the work and a fully differentiated resource which includes notes and space for students to write their solutions. There is also a built in plenary section for students to assess their progress. Answers not included.

Complete lesson on listing the inequalities that define a shaded region on a graph. Fully animated Powerpoint showing students how to name the line, decide whether to use strict inequalities. Fully differentiated resource goes from multi-choice (level 1) to advanced (level 3). Resource contains student notes and plenary evaluation section. No solutions given.

Complete lesson for more able students to show them how to solve linear inequalities and represent their solutions on a number line. Powerpoint fully explains method using traditional “do the same to both sides” approach. It also discusses dividing by negatives and how this can be avoided by adding the x to both sides. Fully differentiated (three levels) write on resource with student notes section and a self-evaluation plenary section. No answers included.

Everything a foundation student needs to be aware of in the shape and space strand. From the basics of shape naming and counting methods for area, through to area of plane shapes (including circle and trapezia), these 15 minute assessments can be used as homeworks or in lessons to review the students' understanding of content aimed at those targeting a grade 4. Answers not included.

9 documents on one spreadsheet that will give quick revision of all of the basic skills needed at foundation level for students targetting grade 4 or 5. Topics include scatter diagrams, pie charts (draw and interpret), averages and probability. Answers not included. Can be used as revision, homeworks are plenary activities

The second lesson that follows on from lesson A. In this lesson the students will expand a bracket and then simplify with another two terms under addtion and subtraction. The resource is differentiated and the first level of questions expands the brackets for the student and asks them to simplify. The second level sess students expand their own brackets and simplify under addition. The third level includes negative numbers. The resource can be printed into a booklet so that students can write on. Answers are not supplied. There is also a mental starter of 10 questions.

An introduction to rotational symmetry: a topic for some reason all lower ability students accept and then forget! The fully animated powerpoint shows the tracing of a shape and spinning it around 1 full revolution. Other examples are then shown. The fully differentiated resource goes from 1 star (multi choice) to 3 star (demanding complete the shape so that it has rotational symmetry type questions). All tasks can be printed and written on, although you may have to adjust the dimensions of the sheet so that it prints near perfect square grids (this will affect the quarter turns). Answers are not given

Multiple lessons and resources to take a KS3/4 class from the very start of simultaneous equations through to more complex examples. I teach it via matching the coefficient of the middle term and then applying different sign add or same sign subtract. The powerpoint takes the students through the phases of the work where, at first the coefficients match. Then students will have to multiply through to enable a match. Finally there is manipulation of both equations required. At least 5 different resources, many of which can be written on and some answers are contained. Homework task is available also.

A classic lesson that introduced students to how to calculate the mean. The resource is fully differentiated and can be written on. It contains standard calculate the mean questions and the reverse questions where students are asked to complete a set of cards whose mean is given. There is a code-breaker exercise included