Second treasure hunt activity on inverse functions, this one is aimed at pupils who are confident in the topic and need a challenge

adding fractions treasure hunt activity answers in simplest form

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

Pythagoras theorem lesson with multiple activities. lesson consists of how the theorem is known, how to find the hypotenuse and how to find the shorter sides. Each section broken down with examples and follow up work. Challenge questions include linking the area of the triangles. Activities include 2 worksheets with answers built into the powerpoint. Wordsearch of the key words and a mixed question type treasure hunt that would cater to paired work well. Hope you enjoy this as much as I did making it. Please leave feedback. If you like it check out https://www.tes.com/teaching-resources/shop/commuter for more have now added some further challenging questions

A lesson to get pupils expanding single brackets, definitions, discussions and challenges included 2 methods shown with differentiated questions set and differentiated tasks included. first of a series of lessons, quadratics and factorising to follow hope you enjoy please leave feedback check out the shop for more https://www.tes.com/teaching-resources/shop/commuter

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

Lesson based around scatter graphs Starter is revision task based on pie charts, give each pupil 2 of the attached worksheet questions (cut it up and hand them out is the easiest option) lesson covers plotting scatter graphs, correlation, predicting what a scatter graph would look like for differing situations, Opportunities for peer assessment, self assessment and group discussions are built into the ppt hope you enjoy, please leave feedback thanks

adding, subtracting, multiplying, dividing fractions and mixed numbers 8 fraction treasure hunts all in one place for your convenience plus 2 angles in polygons treasure hunts all on A4 yellow background easily adaptable to A5 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

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

15 differing multiple choice AFL packs ideal for voting systems and mini whiteboards topics covered include factorising quadratics, solving equations, surds, simultaneous equations, gradients between points and others

Another little activity for AFL, revision, starter or a plenary. Works well with mini whiteboards and adaptable to voting systems. Can easily be printed off for class use. Aimed at KS2, KS3 and KS4 multiple choice activity on finding a percentage of an amount. Hope you find it useful Please leave feedback

15 differing multiple choice AFL packs ideal for voting systems and mini whiteboards topics covered include limits of accuracy, converting between radians and degrees, fractions (all operations and simplifying), proportion and others.

15 Maths AFL activities ideal for voting systems and mini whiteboards. Topics include percentages, transformations, LCM & HCF, fractions and others

Maths Revision Mat aimed at up to GCSE can also be used as a display or lesson aid. Size wise it would be the length of a double table though this can be amended. It works well with one on each desk in a room or as a visual aid for tutors Covers most topics needed I hope you find it useful

6 rounds of questions 4 Maths:- Number, Algebra, Shape and others 1 General Knowledge 1 Picture round easy to adapt all questions, The Maths is aimed at year 9 pupils answers provided in the ppt after all the questions 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) there is also a year 7 and an year 8 quiz hope you enjoy please leave feedback

Another little activity for AFL, revision, starter or a plenary. Works well with mini whiteboards and adaptable to voting systems. Can easily be printed off for class use. Aimed at KS2 and KS3 multiple choice activity with adding and subtracting directed numbers. Hope you find it useful Please leave feedback

Great little activity for AFL, revision or a plenary. Can be done with mini whiteboards and adaptable to voting systems Aimed at KS3 and KS4 multiple choice activity Factorising quadratics with x^2 having the coefficient of 1. Works well with the follow up task which has harder quadratics. Please leave feedback