This is a fun way for students to revise expanding expressions using a famous artist (Keith Haring) colouring sheet. Students identify the solution to each question in one of the three answer boxes. They then find the question number on the colouring sheet and colour the section in the colour that corresponds to their answer. Included in your purchase is ONE activity: a question sheet, answer sheet and colouring sheet. I print this as an A5 booklet (also included) so that students can then glue this into their notebooks. Students can also mark their answers by comparing their colouring sheet to the original artwork. An engaging way for students to learn about algebra and art!

Expanding Single Brackets - Full Lesson Lesson contents: Expanding single brackets with positive numerical outside term Expanding single brackets with negative numerical outside term Expanding single brackets with variable outside terms Expanding single brackets and simplifying like terms Expanding single brackets with three terms inside Expanding two single brackets and collecting like terms Contains I do - We Do You Do Cycles with AFL opportunities via MWB and RAG. The lesson is a comprehensive look into the topic. The slide is 100% animated and does not require the teacher to write, allowing them to circulate with a clicker/ tablet and monitor students. This lesson works well with LAP students. The background is Dyslexia friendly. Please provide feedback if you found this useful or find a mistake.

Suitable for both Key stage 3 and 4. This worksheet is designed to help pupils revise expanding single brackets. The challenge section features questions involving the expansion of double brackets. The worksheet is fully differentiated (mild, medium spicy, hot and challenge) allowing pupils to work at different levels simultaneously. The worksheet also features a section for pupils to self-assess their understanding and set a target for next lesson. Answers included which can be projected directly onto the smart board.

Carefully designed and well differentiated worksheet (which is suitable for both KS3 and KS4). This worksheet teaches students how to expand brackets in expressions and to simplify the expressions further. It extends the learning by giving opportunity to set up expressions with brackets from applied word problems and then expand and simplify. Answers are also provided. Detailed step by step solutions of the all sections of the worksheets.

2 codebreaker activities on expanding single brackets.

Expanding Double Brackets Codebreakers. 1 worksheet on expanding brackets of the form (x+a)(x+b) 1 worksheet on expanding brackets of the form (ax+b)(cx+d)

Powerpoint on how to expand triple brackets, a new topic introduced to the new GCSE.

Activities for practising expanding single brackets including: Tarsia Puzzle (including student cutout and answers) 2 x codebreaker activities (including answers) 1 x set of loop cards (including answers)

Fully differentiated activity on expanding single brackets with the grid method. Gold, Silver and Bronze level questions. Comic Sans font - appropriate for SEN pupils. Great resource for lower ability pupils who need scaffolding. Progresses onto negative values and uses a mixture of letters. Answers included.

HW sheet that gets them to practise expanding single and double brackets. Nothing too complicated.

Algebra Level 6 Algebra Level 7 Expanding brackets Whole class activity Randomly generates all different types of brackets for students to expand and simplify. also gives answers

Expanding Brackets Simplifying Algebraic Expressions Collecting Like Terms Linear Expressions ✦ Notes: This is great for end of term fun! There are 20 questions on simplifying algebraic expressions by expanding brackets. Each answer occurs twice, once with a number and once with a colour. The matching colour can then be used to colour the picture in a colour by number activity. The resource is printed in black and white for the students to colour in. All answers are included. ✎ Contents: This resource includes: • 1 worksheet with 20 multi-step questions. • 1 colouring answer sheet. • Teachers notes. • All answers. ✦ Objectives: To practice: - • Simplifying linear algebraic expressions in one variable. • Expanding single brackets to produce equivalent expressions. • Collecting like terms. • Identifying when two expressions are equivalent by simplifying. ✽ Directions: Print out the sheet of questions for each student. Alternatively, laminate one set of questions for students to share. Print out a colouring answer sheet for each student. ♥ You may also like: Fractions Colouring Activity Collecting Like Terms Colouring Activity Solving Equations Colouring Activity Times Tables Colouring Activity ☞Visit my Maths Shop here.

Expanding Double Brackets - Full Lesson Lesson contents: Expanding double brackets with positive term (No coefficient) Expanding double brackets with negative terms (No coefficient) Expanding double brackets with coefficients Expanding double brackets - difference of two squares Expanding double brackets with index notation Problem solving - expanding double brackets - area Contains I do - We Do You Do Cycles with AFL opportunities via MWB and RAG. The lesson is a comprehensive look into the topic. The slide is 100% animated and does not require the teacher to write, allowing them to circulate with a clicker/ tablet and monitor students. This lesson works well with LAP students. The background is Dyslexia friendly. Please provide feedback if you found this useful or find a mistake.

Lesson exploring expanding single brackets involving surds. Then looks at expanding two brackets, including a single bracket squared. All explanations include worked examples and all question slides include answers.

This is a whole lesson on Expanding One Bracket. It also includes expanding two single brackets and simplifying and addresses some of the misunderstandings around algebra, especially the difference between adding and multiplying. It is very thorough and there is enough material here to use it for two lessons, especially for weaker classes who want to go more slowly. This lesson is ready to go, with no prep required. It is also great for home learning. 20-slide presentation + supplementary resources. The lesson includes: + a starter + learning objectives (differentiated) + keywords + plenty of examples + MWB activities (great for AFL) + Embedded Questions (with answers) + Differentiated Worksheet (with answers) + Matching Activity (with answers) + Plenary Algebra: ALL Lessons ALSO: + Please provide a RATING with written feedback + Please email outstandingresourceshelp@gmail.com if there are any issues and we will respond within 24 hours + Lessons are flat-packed (limited editing) for copyright purposes Thank you in advance for your support, purchase and feedback #mathslessons #maths #secondarymaths #mathscenters #teachingideas #algebra #teacherslife #teachingkids #teachingmaths #mathsactivities #homeschooling #tesresources #teaching #mathsisfun #teachershare #teachertips #teachers #KS3 #KS4 #KS5 #igcse #learning #gcsemaths

Maths codebreakers are an engaging way for students to practice skills and address any misconceptions. Students have to answer typical maths questions with their answer corresponding to a letter of the alphabet. If answered correctly, the answer reveals the punchline to a hilarious* joke. This resource contains 1x codebreaker worksheet where students have to expand single brackets. Suitable for KS3 and Foundation revision. *the joke is terrible

Lesson and Worksheet on Expanding single and double brackets involves mini-whiteboard activity with answers Sheet is based around the grid method for expanding Suitable for KS3 and KS4 and GCSE classes

A lesson to introduce expanding single brackets. Algebra tiles are used to model expanding brackets, focusing on forming expressions at the start of the lesson. This would be a good introduction to algebra tiles. The lesson aims to reveal the structure behind expanding brackets and link to the fact that it is an area model. Do it now on collecting like terms Introdcution/recap to algebra tiles Writing expressions and how we can represent expressions using algbera tiles. Examples of modelling expanding brackets using algebra tiles Multiple choice question A 3 page scaffolded worksheet using a reflect, expect, check style like MrBartonMaths. (Attached as second document) Modelling of examples with negatives Fill in the gaps style activity Reasoning questions, explain the mistake, which one is correct etc. Review questions Feedback is welcome so I can improve these lessons thank you. Please check out my other lessons for a similar style. Check out my expanding brackets bundle or Following this there are lessons on: Expanding quadratics Expanding quadratics with a coefficient more than 1. Thank you

Algebra. Creating and Expanding Double Brackets. Christmas Challenge. FULL SET Brighten up algebra in the run up to Christmas with this fun little festive challenge. Students need produce two expressions for the area of the surface of my Christmas dinner table – one with brackets and one without. They are presented with two expressions, one for the length and one for the width of the table. To find the first expression (with brackets), they need to apply the formula for the area of a rectangle i.e. multiply length by width. These brackets can then be expanded to produce a second expression for the area of the table. This is a PowerPoint Presentation so it can be easily displayed on the board and/or printed for students. What you are downloading here is the full set which contains a title page, instructions, 20 blank challenges and 20 corresponding answer slides. The full set covers:- (x+)(x+) (x+)(x-) (x-)(x-) (nx+)(nx+) (nx+)(nx-) (nx-)(nx-) A free sample is also available to download and try which contains the title page, instructions, one blank question and corresponding answer slide.

Worksheet to help students simplify like terms, then extend to multiplying over a single bracket

You have to model the examples. OR you can show them the question and then shown the answer and allow pupils to produce the solution knowing what the cubic would look like.