These Halloween maths finding the nth term mazes will give students lots of practise finding the nth term when given a sequence. A great seasonal activity to engage students this Halloween. Great for a starter/plentary or early finishers near Halloween. Especially if you want students to practice and consolidate the nth term without using a traditional worksheet. This activity is great because students can check their own answers as they go through and most of the time they don’t realise they are answering multiple questions. This product includes 3 mazes with solutions and some great Halloween clip art. Students work their way through the maze, coloring the correct answers and following the path to the next question. See here for more Halloween maths activities.

This Thanksgiving math color by number fun activity is sure to give students lots of practice finding the GCF and LCM. A great seasonal activity to engage students this Thanksgiving. All the squares have numbers in them and students need to answer the questions and color in all the squares that correspond to their answer in the color given in order to reveal a Thanksgiving picture. This particular picture reveals a Turkey. This product includes a student sheet and an answer sheet for teachers. Great bell ringer activity or to give to early finishers. Fun fall leaf clip art border included that students can also colour in.

This Valentine’s day themed colour by number will give students lots of practice of finding the mean, median, mode and range. A great seasonal activity to engage students this Valentine’s. The Picture will reveal an Emoji with Love Hearts! Great for display! Use as a plenary, for early finishers or a fun activity. It’s also great if you want students to practice and consolidate finding the mean, median, mode and range without using a traditional worksheet. All the squares have a number in them and students need to answer the question and colour in all the squares that correspond to their answer, in the colour given, in order to reveal an emoji. There is also a clip art border for students to color in. This product includes: ♥A Color by Number sheet ♥2 question sheets with space for workings ♥An Answer sheet for teachers ♥♥ Find other Valentine’s Day Maths resources here ♥♥

This Valentine’s day themed colour by number will give students lots of practice of finding the area of rectangles, triangles, trapezium and parallelograms. A great seasonal activity to engage students this Valentine’s. The Picture will reveal an Emoji with Love Hearts! Great for display! Use as a plenary, for early finishers or a fun activity. It’s also great if you want students to practice and consolidate finding area without using a traditional worksheet. All the squares have a number in them and students need to find the area of the given shape and colour in all the squares that correspond to their answer, in the colour given, in order to reveal an emoji. There is also a clip art border for students to color in. This product includes: ♥A Color by Number sheet ♥2 question sheets with space for workings ♥An Answer sheet for teachers ♥♥ Find other Valentine’s Day Maths resources here ♥♥

This Valentine’s day themed colour by number will give students lots of practice of substituting into expresssions. A great seasonal activity to engage students this Valentine’s. The Picture will reveal an Emoji. Great for display! Skills include substituting values that are positive and negative using a variety of operations. Use as a plenary, for early finishers or a fun activity. It’s also great if you want students to practice and consolidate substituting into expressions without using a traditional worksheet. All the squares have a number in them and students need to evaluate the expression and colour in all the squares that correspond to their answer, in the colour given, in order to reveal an emoji. There is also a clip art border for students to color in. This product includes: ♥A Color by Number sheet ♥1 question sheet with space for workings ♥An Answer sheet for teachers ♥♥ Find other Valentine’s Day Maths resources here ♥♥

This Valentine’s day themed colour by number will give students lots of practice of finding the Highest Common Factor and Lowest Common Multiple. A great seasonal activity to engage students this Valentine’s. The Picture will reveal an Emoji with Love Heart eyes! Great for display! Use as a plenary, for early finishers or a fun activity. It’s also great if you want students to practice and consolidate finding the HCF and LCM without using a traditional worksheet. All the squares have a number in them and students need to answer the question and colour in all the squares that correspond to their answer, in the colour given, in order to reveal an emoji. There is also a clip art border for students to color in. This product includes: ♥A Color by Number sheet ♥A question sheet with space for workings ♥An Answer sheet for teachers ♥♥ Find other Valentine’s Day Maths resources here ♥♥

Updated - Fixed a couple of typos and 2 answers Worksheets for students to complete in class. 3 levels of difficulty have been included: • Blue (easy) - Combine transformations •Gold (medium) - Describe fully a reflection, translation or rotation •Red (harder) - Combine transformations and describe the single equivalent transformation

Worksheet on Enlargements for students to complete in class. Skills covered are enlarging a shape with a positive scale factor, enlarging a shape with a fractional scale factor and describing the enlargement. This is most suitable for KS3 and Foundation GCSE. I also have a one suitable for Higher Tier GCSE which includes negative scale factors (The questions are different on each version so if you buy both products there are no duplicates). In this product 3 levels of difficulty have been included: Blue (easy) -Enlarge an object by an integer scale factor from a centre of enlargement Gold (medium) -Enlarge an object by a fractional scale factor from a centre of enlargement. Red (hard) - Describe fully an enlargement; work out a scale factor and centre of enlargement. If you need more transformations worksheets check out my bundle here

Differentiated worksheet on rotations, perfect for use in a transformations unit. Skills include: rotating a shape on a square grid, rotating a shape on a co-ordinate grid and describing the rotation. Fully differentiated by colour - 3 levels of difficulty have been included: • Blue (easy) - rotating a shape on a square grid •Gold (medium) - rotating a shape on a coordinate grid •Red (harder) - describing the transformation All answers included. Updated - Fixed question 3 as it was rotating off the grid. Fixed a couple of typos and one of the answers. Fonts updated and embedded. If you need more transformations worksheets check out my bundle here If you need a rotations lesson find my Powerpoint and workbook here

A lesson on rotations for use in a secondary transformations lessons. Power point and work booklet for teaching rotations are included. Skils covered are rotating a shape around a given point on a square grid, rotating a shape about a set of coordinates and describing the rotation. Time saving resource for busy teachers! You should be able to teach a lesson with hardly any preparation (mainly printing!). Fully differentiated objectives (blue =easiest, gold=medium, red=harder) This resource includes: • A PowerPoint • Differentiated Work booklet that includes self-assessment sections The PowerPoint includes everything you need to teach rotations, including animated examples. The lessons use the following format: • Objective and levels • A “how to teaching portion” with animated examples • An AfL miniwhiteboard quiz • Answers to all the booklet questions • Plenary (with answers) The powerpoint and booklet are currently set up for GCSE maths grade, however you can edit the grades to reflect KS3 or your own schools assessment criteria. In the word booklet if you change any grade (e.g the blue section) it should automatically change the rest of that colour into the same grade. This will take up a whole lesson (between 45mins to 1h 15 dependent on how many questions the students get through)

A lesson on reflections for use in a secondary transformations unit(whoe unit available here). Power point and work booklet for teaching reflections are included. Skills covered are reflecting a shape in a line on a square grid, reflecting a shape across a straight line on a coordinate grid, describing the reflection. Time saving resource for busy teachers! You should be able to teach a lesson with hardly any preparation (mainly printing!). Fully differentiated objectives: Blue:Reflect given shapes on a grid. Gold:Reflect given shapes on a coordinate grid using a line such as x = 2 Red:Describe fully a reflection. This resource includes: • A PowerPoint • Differentiated Work booklet that includes self-assessment sections The PowerPoint includes everything you need to teach reflections, including animated examples. The lessons use the following format: • Objective and levels • A “how to teaching portion” with animated examples • An AfL miniwhiteboard quiz • Answers to all the booklet questions • Plenary (with answers) The powerpoint and booklet are currently set up for GCSE maths grade, however you can edit the grades to reflect KS3 or your own schools assessment criteria. In the word booklet if you change any grade (e.g the blue section) it should automatically change the rest of that colour into the same grade. This will take up a whole lesson (between 45mins to 1h 15 dependent on how many questions the students get through) FREE reflections differentiated worksheet available here

Transformations worksheet on translations. Includes translating a shape from worded instructions, translations and vectors and describing the translation. Fully differentiated and answers included. 3 levels of difficulty have been included: • Blue (easy) - translating a shape on a square grid •Gold (medium) - translating a shape using vectors •Red (harder) - describing the transformation If you need more transformations worksheets check out my bundle here If you need a translations lesson find my Powerpoint and workbook here

This is a Powerpoint lesson and work booklet on combinations of transformations. Skills covered are combining transformations such as reflections, rotations, enlargements and translations, describing a reflection, translation or rotation and combining transformations and describe the single equivalent transformation . Time saving resource for busy teachers! You should be able to teach a lesson with hardly any preparation (mainly printing!). Fully differentiated objectives: Blue:Combine transformations Gold:Describe fully a reflection, translation or rotation Red:Combine transformations and describe the single equivalent transformation This resource includes: • A PowerPoint • Differentiated Work booklet that includes self-assessment sections The PowerPoint includes everything you need to teach combinations of transformations, including animated examples. The lessons use the following format: • Objective and levels • A “how to teaching portion” with animated examples • An AfL miniwhiteboard quiz • Answers to all the booklet questions • Plenary (with answers) The powerpoint and booklet are currently set up for GCSE maths grade, however you can edit the grades to reflect KS3 or your own schools assessment criteria. In the word booklet if you change any grade (e.g the blue section) it should automatically change the rest of that colour into the same grade. This will take up a whole lesson (between 45mins to 1h 15 dependent on how many questions the students get through)

A lesson on translations for use in a secondary transformations lessons. Power point and work booklet for teaching rotations are included. Skills include translating a shape when given worded instructions, translating a shape using vectors and describing the transformation. Time saving resource for busy teachers! You should be able to teach a lesson with hardly any preparation (mainly printing!). Fully differentiated objectives: Blue:Translate given shapes on a square grid/coordinate grid Gold:Use vector notation for translations Red:Describe fully a translation This resource includes: • A PowerPoint • Differentiated Work booklet that includes self-assessment sections The PowerPoint includes everything you need to teach translations, including animated examples. The lessons use the following format: • Objective and levels • A “how to teaching portion” with animated examples • An AfL miniwhiteboard quiz • Answers to all the booklet questions • Plenary (with answers) The powerpoint and booklet are currently set up for GCSE maths grade, however you can edit the grades to reflect KS3 or your own schools assessment criteria. In the word booklet if you change any grade (e.g the blue section) it should automatically change the rest of that colour into the same grade. This will take up a whole lesson (between 45mins to 1h 15 dependent on how many questions the students get through) [Free Translations treasure hunt available here](https://www.tes.com/teaching-resource/translations-treasure-hunt-11809584 Additional translations worksheets available here

Worksheets for students to complete in class. 3 levels of difficulty have been included: Blue (easy) -Work out the circumference of a circle Gold (medium) - Work out the radius or diameter given the circumference Red (Hard)- work out the perimeter of semi circles, quarter circles and sectors All answers included My other resources on circumference: Circumference of circles set of differentiated treasure hunts (10 cards for each difficulty) Circumference of circles treasure hunt Circumference and parts of a circle whole lesson (download, print and teach)

These self-checking, no-prep printable maze worksheets will give KS3 students a fun way to practise Solving One Step Equations (with positive x’s). These maths mazes can be used for class work, warm-ups, additional practise, homework or you can give them to early finishers. Included: ★3 mazes (labelled at the bottom left) ★Answer Key for each maze Features: ★Easy to use ★Self-checking ★At least 9 questions for students to answer ★Engaging ★Mark at a glance ★Full solutions This is a more engaging way of reviewing solving equations. It is great because students can self-check the answers and most of the time they don’t realise they are answering multiple questions. Students work their way through the maze, coloring the correct answers and following the path to the next question. =±=±=±=±=±=±=±=±=±=±=±=±=±=±=±=±=±=±=±=±=±=± Other resources you might like Solving 1 Step Equations Maths Maze Activity - Multiplying and Dividing Solving 1 Step Equations Maths Maze Activity - Adding and Subtracting Solving 1 Step Equations Maths Maze Activity

This is a great consolidating activity for a lesson on frequency tables. Skills covered are completing frequency tables, completing grouped frequency tables with discrete data, completing grouped frequency tables with continuous data, estimating the mean and finding the median class interval. Great for end of lesson consolidation, early finishers, homework or a starter . There are 3 different difficulties which are colour coded blue (easy), gold (medium), red (hard): Complete a frequency table, compete grouped frequency tables with discrete data (blue), 5 questions Complete a grouped frequency table with continuous data (using inequalities) (Gold), 4 questions 1 extension Complete a grouped frequency table with continuous data, estimate the mean and find the median class interval Answers included.

Use the order of operations (BIDMAS) to reveal a secret maths joke. Make your students feel like a spy trying to crack a code in a fun and novel way for students to practice the order of operations. This product contains 3 different levels of difficulty: order of operations with multiplying, dividing, adding and subtracting - BIDMAS with brackets and the 4 operations - BIDMAS including indices. This will keep students really busy and help them to check their own working as they go. This is perfect for consolidation on the order of operations if you don’t want to use a traditional worksheet. Each difficulty is colour coded (blue =easy, gold = medium, red = hard). All the answers are included. Suggestions for use: Give to students to do by themselves (self differentiated or teacher chooses) Give for homework Use as a collaborative task - (pairs/3s work out a column each) See here for other BIDMAS resources See here for other code breakers.

This is a great, engaging activity for solving one step equations for end of lesson consolidation, early finishers, homework or a starter . Especially if you want students to practise and consolidate solving one step equations without using a traditional worksheet.This product contains 5 unique mazes. This activity is great because students can self-check the answers and most of the time they don’t realise they are answering multiple questions. Students work their way through the maze, colouring the correct answers and following the path to the next question. Click here for one step equations worksheets.

A lesson on finding the area of a circle, including a Powerpoint and a work booklet. Skills covered include - finding the area of a circle, finding the radius or diameter from the area and finding the area of a sector. Time saving resource for busy teachers! You should be able to teach a lesson with hardly any preparation (mainly printing!). Fully differentiated objectives: ★Finding the area of a circle (blue) ★Finding the radius/diameter from the area (gold) ★Finding the area of a sector of a circle (red) This resource includes: ★A PowerPoint ★Differentiated Work booklet that includes self-assessment sections The PowerPoint includes everything you need to teach area of circles. The lessons use the following format: ★ Objective and levels ★A “how to teaching portion” with animated examples ★An AfL miniwhiteboard quiz ★Answers to all the booklet questions ★Plenary (with answers) The PowerPoint and booklet are currently set up for GCSE maths grade, however you can edit the grades to reflect KS3 or your own schools assessment criteria. In the word booklet if you change any grade (e.g the blue section) it should automatically change the rest of that colour into the same grade. =±=±=±=±=±=±=±=±=±=±=±=±=±=±=±=±=±=±=±=±=±=±=±=±=±=±=±=±=±=±=± ***Other products you might like *** ★Area of a circle worksheets ★Area of a circle flash cards ★Differentiated area of a circle task cards ★Area of a circle treasure hunt ★Area of a circle differentiated treasure hunts =±=±=±=±=±=±=±=±=±=±=±=±=±=±=±=±=±=±=±=±=±=±=±=±=±=±=±=±=±=±=±