tweeked version of the resource first put up by Holyhead. Changed the definitions to make it more suitable to my pupils . An activity for that short but vital task of sorting out the difference between these 4 types of algebraic notation. Firstly a MATCH-UP activity (the preview does not indicate the matches!) of the definitions for each of the 4, then a sorting and grouping activity with examples of each. Lastly, something to do with each type - substituting, solving, identifying and proving. Answers provided Also plenary/starter activity for AFL ppt on identifying correctly

6 rounds of questions 4 Maths:- Number, Algebra, Shape and Statistics 1 General Knowledge 1 Picture round easy to adapt all questions, The Maths is aimed at year 7 pupils answers provided in the ppt after all the question a bit of fun including some maths for the end of the term (in the general knowledge round there are 2 questions aimed at the pupils I currently teach in Kazakhstan but these are easy to adapt to whichever country you are in)

Full powerpoints provided with discussion tasks, worked example, built in questions with answers and follow up group activities. There are 2 different powerpoints provided depending on if you want to use the treasure hunt or the matching activity as your group task. The treasure hunt and matching activity accompany the respective powerpoint. Question banks in the powerpoint have been split into coordinates in 1 quadrant and coordinates in all 4 quadrants. Answers given to all questions. Leaving answers as surds rather than decimals where appropriate. Hope you enjoy please leave feedback

Whole topic covered on similar shapes Starts with lengths and scale factors moves on to links between scale factors for length area and perimeter. The ppt can be used as either a single lesson or as two lessons as more than enough work in there for it. Several discussion tasks built into the powerpoint Worked examples, definitions worksheets (with full answers) and 2 treasure hunts which can run parallel to avoid having people follow each other as easily. Hope you enjoy please leave feedback if you like the lesson have a look at https://www.tes.com/teaching-resources/shop/commuter for more

Linear equations with unknowns on both sides both positive and negative solutions answers supplied and answer sheets Good for revision tasks or as a plenary or starter please leave feedback thank you

2 worksheets in 1 left hand side harder than the right easy to cut up to have 2 worksheets insert the brackets if needed to make the sum correct

exactly as it says in the title jigsaw based on simplifying ratios answers provided

3 Dividing in a ratio treasure hunt activities dividing in a ratio with 2 parts dividing in a ratio using money dividing in a ratio with 3 parts allows differentiation by setting different treasure hunt according to ability

Adding and subtracting surds multiplying surds dividing surds rationalizing surds 4 treasure hunt style activities would suit either a revision lesson with people on different trails or as part of a sequence of lessons hope you enjoy please leave feedback (have amended them to enlarge the fonts)

Great for and end of term or return to school activity In teams of 2 or 3 a fun relay with challenging questions allowing the pupils to still be pushed and review several topics at the same time. Takes 50 minutes on average to complete so a full lesson can be had from this questions all relate to the tour de france and cover probability, speed/distance/time, ratio averages answers included, pupils always enjoy the element of competition (easy to adapt, I allow 2 marks per question. I get the pupils to pick 2 numbers before the start, have one worth 10 marks and only 1 attempt, the other loses all previous correct marks if they get it wrong on their only attempt at it) hope you enjoy it please leave feedback

The second lesson on expanding brackets- Expanding Double Brackets The methods FOIL and GRID are used with 2 clear examples for each Differentiated work with answers built into the presentation Discussion activity on how to approach 3 brackets included Understanding checks built in including Jigsaw and matching activities that can be done individually or in pairs/small groups Hope you enjoy, please leave feedback for more check out my shop https://www.tes.com/teaching-resources/shop/commuter

4 different treasure hunts (or loop games) covering number bonds 1) bonds up to 20 2) bonds up to 40 3) bonds up to 100 4) bonds up to 1000 all designed as A4 portrait pages (easily adaptable to smaller sizes for use as loop games) on bright coloured backgrounds Hope you enjoy please leave feedback

21 treasure hunts all in one place 3 of each for money conversions, converting lengths, converting capacity, converting mass, currency conversions, time problems and 6 converting metric units and imperial (cm to inches and pounds to kilograms) all printed on A4 portrait, easy to adapt. Bright colours easy to read. hope you enjoy please leave feedback

Aimed at weaker students. Treasure hunt involving most basic equations. Answers supplied and answer grid. Good for revision tasks or as a plenary or starter please leave feedback thank you

matching activity dividing fractions easy to mark answers given

10 tasks all connected with y=mx+c 5 treasure trails and 5 matching activity (the matching activities are all on 1 document and are easily adaptable to straight forward worksheet) 1) Gradient and Intercept when given the equation (some rearranging needed) 2) Equations of parallel and perpendicular lines 3) Coordinates of midpoints and endpoints 4) Length of line between two coordinates 5) Equation of a line from a pair of coordinates easily to mark answers given let me know if you want any more on this or any other topic. Please leave feedback thank you

2 levels of questions The more challenging is a Probability worksheet of worded questions which brings in LCM, HCF, fractions of amounts, index laws and others. works well if covering Venn Diagrams Answers are supplied The second is the questions already drawn in Venn Diagram form just needing answering answers are given please leave feedback

Use knowledge of triangles and algebra to find missing angles. Reasons needed for answers answer sheet provided Good for revision tasks or as a plenary or starter please leave feedback thank you