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Made this a few years ago when there was still a MA test at KS2. I collected all the KS2 15 second questions I could and then made a few more versions of each type until I ended up with all these. You print them out on A4 card. Fold each card in half. Then give one sheet to a student. He/She then reads questions to his/her partner. If needed he/she shows the question hint which is on the far right of the table - hence the fold in the card. These work really well. Makes a nice lesson starter routine or ender. There are 45 sheets of A4 so should take a while for them all to be seen by every student.

Simple Domino Card Match activity - match the question with the answer. Two versions where one is easier If you like this then please check out my many other Maths activities listed on my TES Resources shop and pages including many Premium resources which may be able to save you lots of time and give you some useful ideas. If you find this helpful then please do leave a constructive review so that others can benefit from your experience. Thank you.

Worksheet with about 40 questions on whether numbers are divisible by three or not Answer sheet included Instead of them writign on the worksheet you could get them to write questions in their books. I've included a copy of the top of the WS on a template for 2 x 4 labels - Pupils stick one of these in instead of copying out the top of the workheet. They then attempt as many questions as they can from the worksheet in the time you give them. Advantage of this is that you don't end up with half finshed exercise sheets glued in their books.

Use this together with “Payslips and Overtime” PowerPoint from TES Contributor Sme1968 Includes my introductory comprehensive notes on Wages, Pay and Salaries as a handy A4 page of notes Two single GCSE Foundation Examination practice questions (with answers) - use one as modeling layout example and then the other as an exit ticker or as a review task on your next lesson. Both provided on easy to hand out sticker sheets. PowerPoint display versions included. Workpack of GCSE Foundation Examination practice questions (with answers) to use as the main practice part of the lesson.

Indicates to your learners which of the five levels of noise are approriate within the classroom for each activity. Print out and laminate or display on your projection screen. What you are getting is the idea of the volume meter (which isn't mine - thanks to MrPhillips for that), the content of the text, i.e. the five descriptions of the activity and my idea to use the dB meter (which I drew myself). MS PowerPoint and PDF copy included. Please note that included PPT & PDF do not have the pictures for groups on (i.e. the 3D men) as seen on the thumbnail cover image. I didn't have the rights for those pictures, but you can easily find some to add in yourself. Search for "3D men Group", etc. If you like this then do check out my many other (mainly Maths) activities listed on my TES Resources shop and pages including many Premium resources which will save you lots of time and give you some useful ideas. If you find this helpful then please do leave a constructive review so that others can benefit from your experience. Thank you.

My colleague and I came up with these targets to use for our Y5 to Y8 Maths end of year reports where we have to give each and every student one single Maths specific target to work on. We will probably add some more when we start the reports but for now we had to get a starting point. These may be a good starter for anyone else who is having to do this. There are only nine statements (there are eleven but two are gender specific) but we think they should pretty much cover everything. An example is "Recall knowledge and apply this to solve problems." If you like this resource and find it useful then please leave a positive review. Many thanks.

Here is a fun differentiated engaging Bingo game where students are tested on whether they know their angle types such as no turn, acute angle, right angle, obtuse angle, straight angle, reflex angle and full turn. Students can choose their own nine numbers or the teacher can give out any of seventy-two randomised bingo cards. There are four sizes of bingo card depending on your preference and photocopy budget. Edit: After playing it in class it is better with 12 numbers per game if using the generated Bingo cards. They are now included as well - there’s 126 unique cards which make for a lot of games. These are laid out to print on to A4 sheets of 3x7=21 labels The slides provide six games of 24 angles (which is enough to provide a winner): The first three games support learners by specifically describing the angle type. The fourth game only provides the angle type and a generic description The fifth & sixth game (hardest) only provides the angle type.

Three sheets - all ready to print out and with answers. Questions like: -16 ÷ 2 = 6 + (- 10) = 2 X 3 = 3 X - 3 =

C3B4Me Poster and Exercise Book Sticker Seen this idea which I've adapted for my learners. It relies on having your classroom wall displays up to date so that students can always see display related to the work they are doing. You have to work to get the balance right between not answering their hands up when they are stuck and helping them..The intention is that they should become resilient independent learners.

Getting the students to discuss possible errors and decide on the difficulty of questions is good for improving understanding and good for you to assess misconceptions and progress. There are eight incorrect expansions of algebraic brackets - the students have to identify the errors

Divide your wall space into different sections and label each section with the "Poster Headings". In particular add the "Finished what next?" labels onto the "Finished board" as a suggestion for what students can do when they have finished their set work If you like this then please check out my many other Maths activities listed on my TES Resources shop and pages including many Premium resources which may be able to save you lots of time and give you some useful ideas. If you find this helpful then please do leave a constructive review so that others can benefit from your experience. Thank you.

"When the equation appears, make the shape of the graph with your arms, body and or legs and if the graph is raised up (translation) then jump up. If it is a translation down then crouch down." There are three versions of the PPT with different ways of presenting the graphs. This is not my original idea. I first saw it done with quadratic and other curved graphs. I just adapted the idea to make resources to only show linear graphs. You'll find the quadratic graph dancing routine on another contributors resources. This is a huge amount of fun for the class. You can lead them from the front at first, but very soon they can lead and even choreograph their own routines.. Hence the story board for them to plan their routines. Then get them to choose their own music and video their routines. Awesome! (Does fill up a lot of time though which is rarely justified)

Really fun lesson which the students enjoyed. Used in several different ways with different ages but the basic principle is the same...Get the the students sat in groups of two or four. Give them a set of cards with different sized angles on (between 0 and 360 degrees). Then ask them to quickly grab and show a set of cards which satisfy the criteria displayed on the PowerPoint. E.g. "Give me a Right angle crew" needs two or more angles which add up to 90 degrees. Winning tables (first or most creative) wins points. At some point in the lesson tell them to all grab one card and then put away the rest. Then get them all up and get them to make up crews with anyone in the room. Loads of fun !!! Note that Crews can be any size.. i.e. you can have a Crew of one angle or a Crew made up of six angles etc. The Crew idea seemed to go down really well with the students. I also downloaded some music clips from the cartoon to add a bit more fun to the lesson. I hand wrote the angles onto small playing card sized cards. Each table needs about 12 or so cards depending on what questions you ask. This can be adapted for simple stuff like right angle crews and straight crews or made more difficult like 360 degrees. I allowed one class to write on blank cards which added more and as a result of this I had a table who started writing negative number angles on which I thought was pretty creative. The two worksheets can be used to back it up afterwards so that there is something in their exercise book to consolidate the ideas. They are in Word rather than PDF so you can easily adapt them for your learners.

Massive Resource Bundle Pythagoras Shape and Space Mastery Magenta Principles

Exit tickets are given out at the end of a lesson. You need to amend the questions according to what you want to find out from the students. They then write the tickets and park them on a ticket park before they leave. I made these with a unique random number on so I could play some additional games with them. Golden Nugget = similar idea attached Mobile Phone = Similar idea = write in 140 characters what you have learnt. Post Card = Similar Idea = Write on a postcard what you know Target Achieved = Good for encouraging effort

Really fun exercise for many age ranges. Originally I used this as one activity in a "Circus" of many activities which students go around the room playing on. (More of my Circus Activities are uploaded on my resources elsewhere) Print out the resources enough for each group (I split the class into pairs). Make up a bag of coloured counters for each pair. I used headphone bags from the music room, but any non see through draw string bag will do. I used "Multilink" coloured cubes. For ease I gave every pair the same number and colour of cubes in their bags - they each had 1 pink, 3 yellow and six blue cubes. You could easily vary the cubes in each bag. Have a whole class discussion before you start about what they think will be in the bags (you show them a couple of trials). Reinforce that they will spoil the "game" if they look in the bag (if anyone does look they need to be dealt with quickly in case they share the solution around the room). Then let them play and as time goes on discuss with all the tables about what they think is in the bag. At some point bring it to an end and then get them to start working out an estimate of the probabilities. Meanwhile collect in everyone's results and display on the Excel spreadsheet on your projection screen. Have a discussion about what's in the bag. They will be able to make quite a good guess about how many cubes are in the bag and should be able to come up with the ratios of each colour. It's quite fun at the early stages when some tables don't pull out a particular colour which everyone else has. There are two versions of the tally table. You can decide whether to let them know what colours are possibly in or not tell them.. it may then be possible for one colour which they have to never appear in their trial. The spreadsheet has got the results from my lesson however like all the files they all can easily be adapted for your own learners. Enjoy

You are on a sinking ship and you have to choose three people from the list of 10 people to save. You initially are told their key descriptor e.g. "Ex Heroin Addict" so many students will choose not to take this person. Later you find out that he/she is a survival expert as well so choices will change. I've used this with several Y8 classes and several Y7 classes. You need to think carefully about the titles of the people to make them appropriate to your classes. You can easily change the resources. Get the students in small groups all huddled around one sheet of A3 which you've printed the table onto. After you give them another fact about a person get them to write down on the table sheet who they want to save. Last time I did this I kept a record myself on an Excel Spreadsheet which meant we could keep the class trends on the IWB. I've enjoyed using this so much as the classes really get into it - even last lesson on a Friday. I've been thinking that I could use it again (after ammending the roles) with a group (even if they've already had it) if Mr Ofsted arrived on a day when PHSE was timetabled! There's also a dilemmas Senteo SMART Response thrown in which is good for discussions.

Really good practical idea/resource to use when introducing solving linear equations. I used it after we had already done a little algebra and so this exercise was to link together the practical, the visual, the algebra and explaining in words. Each pair has an A4 laminate of the Scales.gif and a envelope of 10 weights and about 10 gold blocks (Resources.jpeg). You'll need to print these out, laminate and cut out. Then the TaskSheet.docx goes in to the pupil exercise books. The students use the practical resources to come up with balancing scales and then reproduce them in their books. They then choose one to present as a poster on A4 (POSTER.docx) . I gave them all a black and white copy of the poster first and once corrected they could do again "best" on the colour copy. After that we scanned the posters in and then choose examples to set them to the class as the starter for the next day. This is what my written feedback said after being observed by my Head as a part of a learning walk: "Areas of good practice: -High quality resource which was visual and involved pupils in a practical activity -Pupil choice -Pupils making up their own questions -Pupils working collaboratively -Use of Magenta Principle CHANGE where pupils had to alter a set of variables and CONNECT where they used the information given and previous learning." I found this resource in the cupboard but it had no instructions so I came up with this idea to use it.

This is pretty simple (hence it's free) as all it is 4 worksheets for the students to use... Give each pair worksheet 1. Each player in turn rolls the dice, records the score and then adds up their running total. Once you've got a winner then let them play game two where it is done with two dice... and so on All the worksheet does is provide a template for them to write into. You could adapt it by using dice with more than six sides - go look in you Maths Resource cupboard and see what's in there! ... I found some 10, 12 and 20 sided dice.

"It is what is says on the tin"