A set of differentiated worksheets on transformation with a mixture of reflection, enlargement, translation and rotation questions for each difficulty. If you have used my other Transformation worksheets or my unit of work on Transformations this set of worksheets will be good for consolidation or revision. This product will also be included in the Transformation unit of work so if you have purchased it you can download it at no extra cost. There are 12 questions for each difficulty with full solutions - There is at least 3 questions on each topic per colour. The following objects are covered: Blue (easy) *Rotating shapes: rotating a shape on a square grid Translations: translating a shape on a square grid Reflections: reflecting a shape in a given mirror line Enlargements: Enlarge an object by an integer scale factor from a centre of enlargement Gold (medium) *Rotating shapes: rotating a shape around given coordinates Translations: translating a shape using vectors Reflections: reflecting a shape in a given line such as x=1 or y = -2 Enlargements: Enlarge an object by a fractional scale factor from a centre of enlargement Red (hard) Describe fully a reflection, translation or rotation Combine transformations Combine transformations and describe the single equivalent transformation If you are after more practice for specific topics see my Transformations differentiated worksheets resource. Click here for other transformations resources. Coming soon: Transformations end of unit test.

A lesson on using Pythagoras theorem. Includes a powerpoint teaching students about how to apply Pythagoras’ theorem, a differentiated workbook and a rounding dominos activity for the starter. Skills covered include using Pythagoras to find the hypotenuse, using Pythagoras to find the short side and length of a set of coordinates, using Pythagoras to find the perimeter of compound shape Time saving resource for busy teachers! You should be able to teach a lesson with hardly any preparation (mainly printing and maybe some cutting!). Students will need to know how to round to significant figures and decimal places in order to access this lesson fully. Fully differentiated objectives: Blue: Use Pythagoras’ theorem to find the length of the hypotenuse in a right-angled triangle. Gold: Use Pythagoras’ theorem to find length of a short side in a right-angled triangle Use Pythagoras’ theorem to find the length of a line segment, given the coordinates of the end-points. Red: Use Pythagoras’ theorem to find lengths and areas of compound shapes This resource includes: • A PowerPoint • A differentiated Work booklet that includes self-assessment sections • 2 sets of dominos on rounding to decimal places and significant figures to use as a starter activity (if you need a more comprehensive set of dominos click here) • Answers The PowerPoint includes the following format (watch the preview video here): • Objective and levels • A starter • A “how to teaching portion” with animated examples • And Afl mini whiteboard quiz • Plenary (with answers) Recommendations: Laminate the dominos for use again The powerpoint and booklet are currently set up for GCSE maths grades, 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 at least. Need more Pythagoras?? Check out my differentiated worksheets here. Great for homework!

Students will find rounding to decimal places and significant figures more engaging with these sets of dominos. Great to use as a starter or plenary in a lesson on rounding to decimal places or significant figures, or as a starter to check for prior learning when teaching something like Trigonometry or Pythagoras. Skills include rounding to 1 decimal places, 2 decimal places, 1 significant figure, 2 significant figures, 3 significant figures and a mix of all. This activity is a fun and novel way for students to practise rounding to decimal places and significant figures. They can start on any domino they like, answer the question, find the answer on a different domino then repeat the process. If they have answered all questions correctly they should end up back at the domino they started with. Why dominos is a great activity: Students can check their own answers They will complete 20 questions in a way that is completely different from standard worksheets Students find it fun to search for and find the answers They can be laminated to be used again This pages contained in this product are: Contents Instructions Rounding to 1 decimal place Rounding to 1 decimal place Answers Rounding to 2 decimal places Rounding to 2 decimal places Answers Rounding to 1 significant figure Rounding to 1 significant figure Answers Rounding to 2 significant figures Rounding to 2 significant figures Answers Rounding to 3 significant figures Rounding to 3 significant figures Answers Rounding to significant figures and decimal places mix 1 Rounding to significant figures and decimal places mix 1 Answers Rounding to significant figures and decimal places mix 2 Rounding to significant figures and decimal places mix 2 Answers Working out sheet 1 Working out sheet 2 Suggestions for use: • Give to pairs for a collaborative activity • Give one each to a group of students and they need to find their answer and make a line • Give to individual students to complete on their desk • Once students have completed a set give them the answers as evidence of their accomplishment/get them to take a picture of the finished loop and stick it in

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 cross word and wordsearch for Geometry key words. Best used for KS3 but could be used for KS2 and KS4. I have included a crossword and word search with definitions instead of just words to find as it can be a good way to check students understanding of vocabulary (plus they love a wordsearch!). For less able students there is a word search with just the key words on and no clues. This product includes: 1 cross word with 26 clues and answers 1 word search with 26 clues and answers 1 word search 26 key words to find Need a number key words word search or crossword? Click here Need a algebra key words word search or crossword? Click here

A fun 10 card treasure hunts for a function machines lesson. Skills covered are: finding the input of a function machine by using inverse operations. Student record card and solutions included. Use as a starter for a lesson on solving equations or as AFL/ a plenary for a lesson on finding the input of a function machine. Difficulties include ★ Gold (medium) - Finding the input of a function machine by using inverse operations Students need to start on any random card and note down the letter on their recording card (first page). They answer the question on that card then find another card that has the answer on (they then note down that letter and so on). Suggestions for use: ★Print them off on A4 and scatter them around the room (students love getting out of their seats!) ★Print the cards off 4 to a page and give them to students individually to do on their desk See here for more function machines resources, including lessons and other treasure hunts.

A fun 10 card treasure hunt for a finding angles in parallel lines lesson. Skills covered are: finding one missing angle in a set of parallel lines. Student record card and solutions included. Use as a starter, assessment for learning activity or a plenary in a lesson on parallel lines or angles. Difficulties include ★ Blue (easy)finding one missing angle in a set of parallel lines Students need to start on any random card and note down the letter on their recording card (first page). They answer the question on that card then find another card that has the answer on (they then note down that letter and so on). Suggestions for use: ★Print them off on A4 and scatter them around the room (students love getting out of their seats!) ★Print the cards off 4 to a page and give them to students individually to do on their desk Click here for more parallel lines resources, including foldables, worksheets, lessons and tick or trash activities. U6FE

A work sheet that gives students an opportunity to practice different types of multiplying and dividing negative numbers in isolation and then together. Perfect for a lesson on negative numbers. Guided hints at the top of the page for the less able students. Could be used as homework or classwork. Students will get lots of practice in the following skills : Exercise 1 - multiplying with a negative and positive number (1st number negative) Exercise 2 - multiplying with a negative and positive number (2nd number negative) Exercise 3 - multiplying with 2 negative numbers Exercise 4 - mixed exercise Exercise 5 - dividing with a negative and positive number (1st number negative) Exercise 6 - dividing with a negative and positive number (2nd number negative) Exercise 7 - dividing with 2 negative numbers Exercise 8 - mixed exercise Exercise 9 - mixed multiplication and division Answers included Hints at the top of each page. Each exercise includes 12 questions Suitable for a lower ability of student as they get to practice each type of question before moving onto a mixed exercise. Find more multiplying and dividing resources here including worksheets, lessons and mazes.

An excel workbook that has 12 of each of the following type of question: Multiplying with: 1 negative, 2 negatives and random. Dividing with: 1 negative, 2 negatives and random Random mix of multiplication and division questions. A massive time saver for teachers, you'll never have to make up your own questions again. Perfect for worksheets or powerpoints. If you press F9 all the numbers will randomise and the answers will recalculate so you have a limitless amount of questions to copy and paste!

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.

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

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

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 set of Treasure hunts with questions on the Order of Operations (BIDMAS/BODMAS) for students to complete in class. Skills covered include - using order of operations without brackets or indices, using it with brackets and using it with indices. Answers and student record cards included. The 3 levels of difficulty that have been included: ★★Blue(easy):Know and use the order of operations with simple calculations (no brackets) ★Gold(medium):Use the order of operations with more complex calculations including brackets ★Red(hard):Use the order of operations with more complex calculations including brackets and indices See here for more BIDMAS resources, including powerpoint lessons, worksheets and codebreaker activities.

Adding and subtracting negative numbers mazes. 8 mazes with full solutions are included, great for use in a lesson on negative numbers when you don’t want to use traditional worksheets. Skills include positive subtract positive, negative subtract positive, negative add positive, negative add negative, subtracting a negative and a mixture. This is a fun way for students to consolidate adding and subtracting negative numbers. 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. Included in this product: 1 x positive subtract positive maze 1 x negative subtract positive maze 1 x negative add positive maze 1 x negative add negative maze 1 x subtracting a negative maze 3 x mixtures of the above mazes Recommended uses for this activity ★a revison tool for students who have complete a unit on negative numbers ★A task for quick finishers and more able students ★ A starter to check for prior learning Students work their way through the maze, colouring the correct answers and following the path to the next question. Click here for more negative number resources, including lessons worksheets and treasure hunts.

Excel workbook that randomises numbers to create a limitless supply of questions that can be copied and pasted into worksheets or lessons. Includes: -percentage of amounts for calculator and non calculator -percentage decrease -percentage increase -what was the original total? Press F9 to refresh the numbers.

A cross word and word search for Algebra key words. Best used for KS3 but could be used for KS2 and KS4. I have included a crossword and word search with definitions instead of just words to find as it can be a good way to check students understanding of vocabulary (plus they love a wordsearch!). For less able students there is a word search with the clues and a wordbank to help them find the answers. This product includes: 1 cross word with 13 clues and answers 1 word search with 13 clues and answers 1 word search 13 key words to find Need a geometry key words word search or crossword? Click here Need a number key words word search or crossword? Click here

Powerpoint lesson for finding missing angles with all resources included. Resources include a work booklet, assessment for learning activities, starter and plenary. Skills covered include – finding angles in quadrilaterals and special quadrilaterals, finding multiple angles using angle facts including straight lines and at a point and forming and solving equations using knowledge of angle facts. Time saving resource for busy teachers! You should be able to teach a lesson with hardly any preparation (mainly printing and maybe some cutting!). Fully differentiated objectives: Blue: Find a missing angle in quadrilaterals and special quadrilaterals Gold: Solve harder problems using properties of angles Red: Form and solve equations using knowledge of angle facts This resource includes: • A PowerPoint •Answers on the powerpoint • A differentiated Work booklet that includes self-assessment sections and help boxes • A problem solving activity where students have to find 4 angles that add up to 360 (2 different versions) •A card sort starter for properties of special quadrilaterals. The PowerPoint includes everything you need to teach right away. The lessons use the following format: •Starter • Objective and levels • A “how to teaching portion” with animated examples • Assessment for learning activities • Answers to all the booklet questions • Plenary (with answers) The powerpoint and booklet are currently set up for GCSE maths grades, 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. This lesson would be appropriate to use as part of the Pearson Edexcel Foundation textbook unit 6, find more resources for that here. This is the second lesson in the series and follows on from this lesson which you can find here. U6FE