Three tiered questions on solving linear equations. Staring with basic one step up to two step problems and negatives.

Differentiated resource originally made for reflection time after my year 10s had just completed a homework on Pythagoras but could easily be used as a starter or plenary. 3 questions for each section, starting with standard missing hypotenuses questions to trapeziums, isosceles triangles and 3D Pythagoras.

This is a booklet of questions I created for a few topics based on the old curriculum with the old A* - G grades. The topics include basic algebra, percentages, sequences, fractions and pie charts.

I have created a resource based on the video below, starting with simple simultaneous equations to questions with different coefficients of the variables and worded problems. https://www.youtube.com/watch?v=usJnehrXInc

Three levels of homework, scalene triangles, isosceles triangles and exterior angles.

This was made for lesson observation with lower ability year 7. Worksheets start on very basic area (counting squares), rectangles and triangles then compound shapes. The lesson was given as good.

Differentiated worksheet on area of different 2D shapes and volume/surface area of cuboids.<br /> Trapezium, triangles and rectangles included. Volume and missing values when given the volume

This is a booklet I made to give my pupils for home work based on the Kangaroo Maths scheme of work unit 1 that my school follow. There are a variety of questions testing knowledge of finding the highest common factor, lowest common multiple, prime/square/cube numbers, prime factor decomposition and indices.

Three small worksheets designed for pupils to decide which grade/level they are working at on the topic of expanding and factorising quadratics. I also have some simple factorising for pupils who may struggle and may need some extra time on the basics.

Whole lesson with lesson plan and activity. Used for a job interview, got good feedback on the day.

I have created a resource based on the video below, starting with angles in triangles, angles around parallel lines and finishes with angles in polygons.<br /> https://www.youtube.com/watch?v=usJnehrXInc

I put together a number of activities to be used in form time to encourage the learning of mathematics to all pupils.<br /> These include inverse proportion, simultaneous equations, LCM, etc with a real life scenario, including answers.

A booklet of questions for the topics of sequences, angles, fractions, percentages and equations

Cylinders, Cones, Hemispheres and frustums

<p>Pythagoras’ theorem differentiated in to 3 stages, starting with finding the missing side. Followed by more challenging 2D questions and then Pythagoras’ used in 3D.</p>

<p>This is a worksheet separated into three sections. Starting with simply writing down the upper and lower bounds, then using them to find the upper bound of a calculation and final to consider bounds of a calculation.</p>

<p>I have created a number of maths questions based on the iGCSE curriculum and previous past paper questions. I have chosen to replicate questions similar to ones the students I teach struggled with.</p>

I have created a resource based on the video below. Questions starting number 1 are surface area and starting 2 are volume. Later questions have the volume and require students to find the missing length. Also questions on triangular prisms.<br /> <br /> https://www.youtube.com/watch?v=usJnehrXInc

I have created a resource based on the video below, these questions have numbers based on how the school I am at is grading them on the new curriculum. These start very simple to questions with fractional powers of algebraic expressions. I used this with my higher year 10s.<br /> https://www.youtube.com/watch?v=usJnehrXInc

Lesson on multiplying by ten with a starter on ordering numbers linked to history events (cross curricular links with negative numbers and AD/BC) and a starter on place value. I have used this with my year 7 groups with place value being our first topic of the year.

This is a promethean ppt I made for high ability year 11 for right angled trig. This is a few lessons worth of examples and questions