These worksheets (with solutions) help students take the first steps and then strengthen their skills and knowledge of Factorising Quadratics in which the coefficient of x-squared is one and all the terms are positive. Questions are carefully planned so that understanding can be developed, misconceptions can be identified and so that there is progression both across and down each sheet. Interactive versions of these sheets are available at https://www.maths4everyone.com/skills/factorising-simple-quadratics-2272.html The interactive version allows individual questions to be selected for enlarged display onto a screen. The answer can then be worked out ‘live’ by the teacher (or student) or a single click will reveal my solution. This not only helps in class, but it is also very useful for a student who is revising at home.

These worksheets (with solutions) help students take the first steps and then strengthen their skills and knowledge of Interpreting the Equation of a Straight Line. Questions are carefully planned so that understanding can be developed, misconceptions can be identified and so that there is progression both across and down each sheet. Interactive versions of these sheets are available at https://www.maths4everyone.com/skills/understanding-the-equation-of-a-straight-line-2913.html The interactive version allows individual questions to be selected for enlarged display onto a screen. The answer can then be worked out ‘live’ by the teacher (or student) or a single click will reveal my solution. This not only helps in class, but it is also very useful for a student who is revising at home.

This activity gives students practice at interpreting worded descriptions and converting them into algebraic expressions. Click --> https://tes.com/.../Treasure Hunts for similar style Treasure Hunts on 40 other topics. -- Note that unlike most Treasure Hunts, this one has the added feature that the answers give an encrypted clue. Deciphering this clue reveals where the treasure is hidden! A Treasure Hunt is a great activity which children love. They are ideal for revision, starters or plenaries. They are a really great way to get students to answer questions quickly and enjoy doing so. These question cards have been prepared in two sizes. The large cards can be pinned around around the classroom and used for a whole class activity; the smaller (loop cards) can be used for group work or by individuals – they are particularly helpful for one-to-one tutorials and during interventions.

This is a fun interactive whiteboard game, created in PowerPoint, with triggered animations. All my students have loved this activity ('Sir, can we play the chain-game?'). It is enjoyable for both high and low ability – it not only familiarises students with the Fibonacci Sequence, but they also need to remember where the numbers are hidden! -- I typically use this activity as a starter and then as a plenary at the end of the lesson. It gets the whole class involved – even when it's not a students turn, they are repeating the numbers in their head and they are desperate to say where the next number is! The way that I play the game: 1. I go through the members of the sequence and ensure that the students are familiar with each of the numbers; 2. When the board is revealed, I give about 15 seconds to ‘peek’ at the uncovered board so that the students can try to learn where the first few numbers are; 3. I then call up the students one-at-a-time to try an uncover as many numbers as they can before they go wrong. NOTES: I encourage the students to call out the number that they are looking for because this reinforces the learning. This activity works very well if you get two students to play against each other – either on the interactive whiteboard or on PCs.

A worksheet that contains equations with composite functions and includes when a composite is equal to an inverse. All the equations will develop into quadratics that can be factorised. For this reason, this worksheet is excellent for higher GCSE students who want practice with their algebra, as well as with functions. The first questions are reasonably straightforward and typical of GCSE. The last row is particularly challenging and great preparation for students aiming for level 8 and 9.

These reusable cards are excellent for one-to-one tutorials and interventions. They are also great when working with small groups or as a starter/plenary for a whole class. For Loop Cards on more than 50 other topics click 👉 www.tes.com/../more.... This particular set of cards allows students to practise using the rules of arithmetic (aka BiDMAS, BoDMAS, PEMDAS) to accurately calculate the value of an expression. The questions in these sets of cards include brackets, but not powers. Note that the questions have been carefully selected so that they provide good coverage of this topic and so that the opportunities for students to guess answers are minimised. Colour coding: All my loop cards are colour-coded to indicate the approximate level of the questions: KS2 – red and orange KS3/GCSE Foundation – orange and green GCSE Higher – green, blue and purple Further information: In this download there are four sets of similar cards and a student chooses one of the sets and sorts them into order by answering the questions. Then they try to do it faster using a different set, which has the same questions, but a different sort order 😃 My favourite use of loop cards is for two students to have different versions of the cards and race each other. They then check their answers, shuffle, swap packs and race again (quickest overall time wins). More instructions are included in the download. Cut out card size is approx. 65 x 90 mm. 👍If you like this resource, then please rate it and/or leave a comment💬. If the rate-resource button on this page doesn’t work, then go to your ratings page by clicking 👉 https://tes.com/.../rate-resources…

These worksheets (with solutions) help students take the first steps and then strengthen their skills and knowledge of finding unknown sides or angles using The Tangent Ratio. Questions are carefully planned so that understanding can be developed, misconceptions can be identified and so that there is progression both across and down each sheet. Interactive versions of these sheets are available at https://www.maths4everyone.com/skills/tangent-5522.html The interactive version allows individual questions to be selected for enlarged display onto a screen. The answer can then be worked out ‘live’ by the teacher (or student) or a single click will reveal my solution. This not only helps in class, but it is also very useful for a student who is revising at home.

These worksheets (with solutions) help students take the first steps and then strengthen their knowledge of the names of the Parts of a Circle. Questions are carefully planned so that understanding can be developed, misconceptions can be identified and so that there is progression both across and down each sheet. Interactive versions of these sheets are available at https://www.maths4everyone.com/skills/parts-of-a-circle-5141.html The interactive version allows individual questions to be selected for enlarged display onto a screen. The answer can then be worked out ‘live’ by the teacher (or student) or a single click will reveal my solution. This not only helps in class, but it is also very useful for a student who is revising at home.

These reusable cards are excellent for one-to-one tutorials and interventions. They are also great when working with small groups or as a starter/plenary for a whole class. For Loop Cards on more than 50 other topics click 👉 www.tes.com/../more.... This particular set of cards allows students to practise substitution of values into expressions. First they substitute a given value into one expression, then they substitute the result into a second expression. Note that the questions have been carefully selected so that they provide good coverage of this sub-topic and so that the opportunities for students to guess answers are minimised. Colour coding: All my loop cards are colour-coded to indicate the approximate level of the questions: KS2 – red and orange KS3/GCSE Foundation – orange and green GCSE Higher – green, blue and purple Further information: In this download there are four sets of similar cards and a student chooses one of the sets and sorts them into order by answering the questions. Then they try to do it faster using a different set, which has the same questions, but a different sort order 😃 My favourite use of loop cards is for two students to have different versions of the cards and race each other. They then check their answers, shuffle, swap packs and race again (quickest overall time wins). More instructions are included in the download. Cut out card size is approx. 65 x 90 mm. 👍If you like this resource, then please rate it and/or leave a comment💬. If the rate-resource button on this page doesn’t work, then go to your ratings page by clicking 👉 https://tes.com/.../rate-resources…

These reusable cards are excellent for one-to-one tutorials and interventions. They are also great when working with small groups or as a starter/plenary for a whole class. For Loop Cards on more than 50 other topics click 👉 www.tes.com/../more.... This particular set of cards allows students to practise substituting both positive and negative numbers into algebraic expressions. Note that the questions have been carefully selected so that they provide good coverage of this topic and so that the opportunities for students to guess answers are minimised. Colour coding: All my loop cards are colour-coded to indicate the approximate level of the questions: KS2 – red and orange KS3/GCSE Foundation – orange and green GCSE Higher – green, blue and purple Further information: In this download there are four sets of similar cards and a student chooses one of the sets and sorts them into order by answering the questions. Then they try to do it faster using a different set, which has the same questions, but a different sort order 😃 My favourite use of loop cards is for two students to have different versions of the cards and race each other. They then check their answers, shuffle, swap packs and race again (quickest overall time wins). More instructions are included in the download. Cut out card size is approx. 65 x 90 mm. 👍If you like this resource, then please rate it and/or leave a comment💬. If the rate-resource button on this page doesn’t work, then go to your ratings page by clicking 👉 https://tes.com/.../rate-resources…

These reusable cards are excellent for one-to-one tutorials and interventions. They are also great when working with small groups or as a starter/plenary for a whole class. For Loop Cards on more than 50 other topics click 👉 www.tes.com/../more.... This particular set of cards allows students to practise calculating areas and perimeters of circles, semi-circles and quadrants. Note that the questions have been carefully selected so that they provide good coverage of this topic and so that the opportunities for students to guess answers are minimised. Colour coding: All my loop cards are colour-coded to indicate the approximate level of the questions: KS2 – red and orange KS3/GCSE Foundation – orange and green GCSE Higher – green, blue and purple Further information: In this download there are four sets of similar cards and a student chooses one of the sets and sorts them into order by answering the questions. Then they try to do it faster using a different set, which has the same questions, but a different sort order 😃 My favourite use of loop cards is for two students to have different versions of the cards and race each other. They then check their answers, shuffle, swap packs and race again (quickest overall time wins). More instructions are included in the download. Cut out card size is approx. 65 x 90 mm. 👍If you like this resource, then please rate it and/or leave a comment💬. If the rate-resource button on this page doesn’t work, then go to your ratings page by clicking 👉 https://tes.com/.../rate-resources…

These reusable cards are excellent for one-to-one tutorials and interventions. They are also great when working with small groups or as a starter/plenary for a whole class. For Loop Cards on more than 50 other topics click 👉 www.tes.com/../more.... This particular set of cards allows students to practise rearranging equations that represent straight lines into the form ‘y=mx+c’ so that the gradient and the intercept can be determined. Note that the questions have been carefully selected so that they provide good coverage of this topic and so that the opportunities for students to guess answers are minimised. Colour coding: All my loop cards are colour-coded to indicate the approximate level of the questions: KS2 – red and orange KS3/GCSE Foundation – orange and green GCSE Higher – green, blue and purple Further information: In this download there are four sets of similar cards and a student chooses one of the sets and sorts them into order by answering the questions. Then they try to do it faster using a different set, which has the same questions, but a different sort order 😃 My favourite use of loop cards is for two students to have different versions of the cards and race each other. They then check their answers, shuffle, swap packs and race again (quickest overall time wins). More instructions are included in the download. Cut out card size is approx. 65 x 90 mm. 👍If you like this resource, then please rate it and/or leave a comment💬. If the rate-resource button on this page doesn’t work, then go to your ratings page by clicking 👉 https://tes.com/.../rate-resources…

These reusable cards are excellent for one-to-one tutorials and interventions. They are also great when working with small groups or as a starter/plenary for a whole class. For Loop Cards on more than 50 other topics click 👉 www.tes.com/../more.... This particular set of cards is the first of several and it allows students to practise substituting positive numbers into algebraic expressions (negative number substitutions appear in the other sets). Note that the questions have been carefully selected so that they provide good coverage of this topic and so that the opportunities for students to guess answers are minimised. Colour coding: All my loop cards are colour-coded to indicate the approximate level of the questions: KS2 – red and orange KS3/GCSE Foundation – orange and green GCSE Higher – green, blue and purple Further information: In this download there are four sets of similar cards and a student chooses one of the sets and sorts them into order by answering the questions. Then they try to do it faster using a different set, which has the same questions, but a different sort order 😃 My favourite use of loop cards is for two students to have different versions of the cards and race each other. They then check their answers, shuffle, swap packs and race again (quickest overall time wins). More instructions are included in the download. Cut out card size is approx. 65 x 90 mm. 👍If you like this resource, then please rate it and/or leave a comment💬. If the rate-resource button on this page doesn’t work, then go to your ratings page by clicking 👉 https://tes.com/.../rate-resources…

These reusable cards are excellent for one-to-one tutorials and interventions. They are also great when working with small groups or as a starter/plenary for a whole class. For Loop Cards on more than 50 other topics click 👉 www.tes.com/../more.... This particular set of cards allows students to practise typing expressions into a calculator. The expressions include fractions, squares, cubes and simple roots. Bracketed expressions are included in ‘Using a Calculator: Part 2’. Note that the questions have been carefully selected so that they provide good coverage of this topic and so that the opportunities for students to guess answers are minimised. Colour coding: All my loop cards are colour-coded to indicate the approximate level of the questions: KS2 – red and orange KS3/GCSE Foundation – orange and green GCSE Higher – green, blue and purple Further information: In this download there are four sets of similar cards and a student chooses one of the sets and sorts them into order by answering the questions. Then they try to do it faster using a different set, which has the same questions, but a different sort order 😃 My favourite use of loop cards is for two students to have different versions of the cards and race each other. They then check their answers, shuffle, swap packs and race again (quickest overall time wins). More instructions are included in the download. Cut out card size is approx. 65 x 90 mm. 👍If you like this resource, then please rate it and/or leave a comment💬. If the rate-resource button on this page doesn’t work, then go to your ratings page by clicking 👉 https://tes.com/.../rate-resources…

These reusable cards are excellent for one-to-one tutorials and interventions. They are also great when working with small groups or as a starter/plenary for a whole class. For Loop Cards on more than 50 other topics click 👉 www.tes.com/../more.... This particular set of cards allows students to practise using the rules of arithmetic (aka BiDMAS, BoDMAS, PEMDAS) to accurately calculate the value of an expression. This is the first of several sets of cards on this topic, so the questions here do not include brackets or powers. Note that the questions have been carefully selected so that they provide good coverage and so that the opportunities for students to guess answers are minimised. Colour coding: All my loop cards are colour-coded to indicate the approximate level of the questions: KS2 – red and orange KS3/GCSE Foundation – orange and green GCSE Higher – green, blue and purple Further information: In this download there are four sets of similar cards and a student chooses one of the sets and sorts them into order by answering the questions. Then they try to do it faster using a different set, which has the same questions, but a different sort order 😃 My favourite use of loop cards is for two students to have different versions of the cards and race each other. They then check their answers, shuffle, swap packs and race again (quickest overall time wins). More instructions are included in the download. Cut out card size is approx. 65 x 90 mm. 👍If you like this resource, then please rate it and/or leave a comment💬. If the rate-resource button on this page doesn’t work, then go to your ratings page by clicking 👉 https://tes.com/.../rate-resources…

This activity gives students practice at factorising algebraic expressions which have a common factor of 2 or 3. The questions are carefully selected to ensure that students remember to correctly ‘take-out’ the factor from both terms. Click 👉https://tes.com/.../more… for similar style Treasure Hunts on more than 40 other topics. -- Note that unlike most Treasure Hunts, this one has the added feature that the answers give an encrypted clue. Deciphering this clue reveals where the treasure is hidden! A Treasure Hunt is a great activity which children love. They are ideal for revision, starters or plenaries. They are a really great way to get students to answer questions quickly and enjoy doing so. These question cards have been prepared in two sizes. The large cards can be pinned around the classroom and used for a whole class activity; the smaller (loop cards) can be used for group work or by individuals – they are particularly helpful for one-to-one tutorials and during interventions. Colour coding: I have used colours to indicate the approximate level of the questions: KS2 – red and orange KS3/GCSE Foundation – orange and green GCSE Higher – green, blue and purple 👍If you like this resource, then please rate it and/or leave a comment💬. If the rate-resource button on this page does not work, then go to your ratings page by clicking here 👉 https://tes.com/.../rate-resources…

These topic-focused SATs questions at the end of a unit will help to test and extend students’ understanding as well as helping them to prepare for SATs next year. These questions have fully-worked solutions which can be displayed on a whiteboard making feedback with students more efficient. Click 👉 tes.com/…/KS2-Maths-Questions… for similar-style compilations on the other KS2 topics.<hr>This particular compilation is from the STATISTICS strand and contains questions on The Mean. There are a few standard questions, but also plenty of reasoning questions which require the students to show that they understand the relationship between the mean and the total.<hr>I have designed this compilation to be printed as an A4 or A5 booklet which is in the style of the actual SATs papers and is convenient for use in class or as homework. It can even be given to individual students if a parent is asking for ‘some more work’! KEY POINTS: I have provided full answers, with comments and working where helpful. I have maintained the style of the actual SATs questions so that students can become comfortable with the way that SATs questions are presented. Most of the questions are from actual SATs papers, but I have also added questions so that this resource matches the requirements the current curriculum better than the older resources that are still in common use (note that many of the older resources of this type contain questions on topics which are no longer examined). I have spent a lot of time arranging the questions so that there is a general increase in difficulty as students work through them, and so that they fit on the pages better ��� this means less wasted space and significant paper-saving when printing 😃 <hr>👍If you like this resource, then please rate it and/or leave a comment💬. If the rate-resource button on this page doesn’t work, then go to your ratings page by clicking 👉 www.tes.com/…/rate-resources…

This worksheet (with solutions) helps students strengthen their skills and knowledge of Inverse Functions. These functions are ‘complex’ in that the x either appears twice, or is in the denominator of a fraction (sometimes both).

Ideal for GCSE revision, this worksheet contains exam-type questions that gradually increase in difficulty. This sheet covers Converting between Different Units of Length, Area and Volume. This review sheet is great to use in class or as a homework. It is also excellent for one-to-one tuition and for interventions.

These worksheets (with solutions) help students strengthen their skills in applying the Trigonometry ratios sin, cos and tan. Questions are carefully planned so that understanding can be developed, misconceptions can be identified and so that there is progression both across and down each sheet. Interactive versions of these sheets are available at https://www.maths4everyone.com/skills/mixed-soh-cah-toa-5524.html The interactive version allows individual questions to be selected for enlarged display onto a screen. The answer can then be worked out ‘live’ by the teacher (or student) or a single click will reveal my solution. This not only helps in class, but it is also very useful for a student who is revising at home.