Find included a SATs questions PowerPoint (geometry) going over all geometry questions, suitable for year six.

Find included ten worksheets, all based on year one subtraction, includes word questions to help develop reasoning.

Find included a quick maths warm up PowerPoint, suitable for year six. Recap of the different types of numbers. E.g square, prime numbers etc.

Find included a set of algebra worksheets suitable for HA, YR 6. NC: find pairs of numbers that satisfy an equation with two unknowns

Find included a start of year maths quiz suitable for year six.

Included is a set of Place Value Flashback Cards specifically designed for Year 6 students, featuring real questions from past SATs exams. These flashcards are an excellent tool for preparing students for the upcoming SATs, helping them revisit and reinforce key place value concepts. Each A4 page contains four flashback cards, making them easy to print, distribute, and use in the classroom or for independent revision. The use of actual SATs questions ensures that students are exposed to the type and format of questions they will encounter in the exam, boosting their confidence and readiness. Perfect for SATs preparation, these flashcards can be used as quick daily practice, in group activities, or as part of a more structured revision session. Whether in the classroom or at home, they provide a highly effective and focused way for students to sharpen their place value skills.

Included is a set of Negative Numbers Flashback Cards specifically designed for Year 6 students, featuring real questions from past SATs exams. These flashcards are an excellent tool for preparing students for the upcoming SATs, helping them revisit and reinforce key negative number concepts. Each A4 page contains four flashback cards, making them easy to print, distribute, and use in the classroom or for independent revision. The use of actual SATs questions ensures that students are exposed to the type and format of questions they will encounter in the exam, boosting their confidence and readiness. Perfect for SATs preparation, these flashcards can be used as quick daily practice, in group activities, or as part of a more structured revision session. Whether in the classroom or at home, they provide a highly effective and focused way for students to sharpen their place value skills.

Included is a set of Geometry Flashback Cards specifically designed for Year 6 students, featuring real questions from past SATs exams. These flashcards are an excellent tool for preparing students for the upcoming SATs, helping them revisit and reinforce key geometry concepts. Each A4 page contains four flashback cards, making them easy to print, distribute, and use in the classroom or for independent revision. The use of actual SATs questions ensures that students are exposed to the type and format of questions they will encounter in the exam, boosting their confidence and readiness. Perfect for SATs preparation, these flashcards can be used as quick daily practice, in group activities, or as part of a more structured revision session. Whether in the classroom or at home, they provide a highly effective and focused way for students to sharpen their place value skills.

Find included a set of scaffolded addition worksheets (LA/MA/HA) and answers, suitable for year four. NC: add and subtract numbers with up to 4 digits using the formal written methods of columnar addition and subtraction where appropriate

Year 3 Scaffolded 2D Shapes Worksheets NC: divide numbers up to 4 digits by a two-digit number using the formal written method of short division where appropriate, interpreting remainders according to the context This resource is designed to help Year 3 students develop their understanding of 2D shapes in a scaffolded (LA/MA/HA) approach, aligned with the National Curriculum objective: “Draw 2-D shapes and make 3-D shapes using modelling materials; recognise 3-D shapes in different orientations and describe them.” These worksheets focus solely on 2D shapes and are structured to support students at different levels of understanding.

Scaffolded Short Division Worksheets - Year 5 These scaffolded (LA/MA/HA) short division worksheets are designed to support Year 5 students in mastering the formal written method of short division, as outlined in the National Curriculum (NC). Students will practice dividing numbers up to 4 digits by a one-digit number, with step-by-step guidance and carefully structured tasks. This resource includes: Differentiated worksheets to gradually build confidence and skill Clear, scaffolded steps to guide students through the process of short division These worksheets are ideal for developing division fluency, helping students understand the process while applying it to problem-solving scenarios. Perfect for reinforcing National Curriculum objectives, this resource ensures that students feel confident and supported as they progress through division concepts.

Scaffolded (LA/MA/HA) Halloween Algebra - Solving Simple Equations (Year 6) This spooky Halloween-themed Algebra resource is designed to help Year 6 students practice solving simple equations in a fun and engaging way. Packed with creepy challenges and ghoulish graphics, this resource includes: A variety of algebraic equations presented in a Halloween-themed setting. Step-by-step instructions to help students understand the process of solving one-step and two-step equations. Themed problems to keep learners motivated and engaged, featuring witches, ghosts, and other Halloween characters. Perfect for reinforcing key mathematical concepts while bringing the fun of Halloween into the classroom, this resource is ideal for revision, homework, or classroom activities.

This engaging and easy-to-understand PowerPoint presentation introduces primary school children to the concept of probability. Designed with colorful visuals and interactive slides, it simplifies key concepts such as chance, likelihood, and possible outcomes, making it perfect for young learners. Ideal for classroom use, this resource is great for teachers looking to explain probability in a fun and accessible way, with plenty of examples to help children grasp the idea of chance in everyday situations.

Year 4 Number and Place Value – Finding 1000 More or Less (Scaffolded Resource) NC: find 1000 more or less than a given number This scaffolded (LA/MA/HA) resource supports Year 4 students in mastering the concept of finding 1000 more or less than a given number, aligned with the National Curriculum objectives for number and place value. With scaffolded activities and clear step-by-step guidance, this resource is perfect for building confidence and understanding, allowing students to progress at their own pace. It is ideal for both classroom teaching and homework practice, helping pupils solidify their grasp of number patterns and place value.

Daily Maths Toolkit for Pupils – Compact and Convenient with Keyring This handy toolkit is designed to support pupils in their daily maths lessons. Simply attach the A4 pages with a keyring for easy access and use. Perfect for group tables, individual trays, or classroom working walls, this toolkit will empower students with essential resources at their fingertips. This can easily be added to group tables, individual trays or working walls. It is recommended to print pages one-sided before placing them back-to-back. A dab of glue in the corners will help the pages not move when being laminated. Simply cut, hole punch and attach keyrings to finish off your toolkit. This method is suggested over printing double-sided to make wiping whiteboard pens off easier when using. What’s included: Ten frames Hundred square Number lines (0–20 and 0–100) Blank number lines Bar models Part-part-whole models Fraction wall Place value chart (up to millions) Times tables (1–12) Symbols for comparing number

In this scaffolded (LA/MA/HA) Inside Out 2-themed resource, pupils will help the emotions (Anxiety, Sadness, Joy, and others) understand and solve fraction problems, aligning with the following learning objectives from the Year 1 maths curriculum: Recognising, finding, and naming a half as one of two equal parts of an object, shape, or quantity. Recognising, finding, and naming a quarter as one of four equal parts of an object, shape, or quantity. Through engaging tasks and visual aids, pupils will assist the characters in identifying and sorting shapes divided into halves and quarters. They will also practice halving and quartering numbers, reinforcing their understanding of fractions in a fun and creative way by helping the emotions manage their tasks inside Riley’s mind. This resource provides a hands-on approach to learning fractions, promoting problem-solving and critical thinking, while linking the learning to the world of Inside Out 2 to make maths more relatable and exciting for young learners.

Inside Out 2 Maths Activity for Year 3 – Addition Focus (9 Cards Per Page) In this Inside Out 2-themed maths activity, Year 3 students will practice addition using fun character cards inspired by the emotions from the movie. Each card will feature an addition problem that students must solve mentally or using written methods. NC objective: In this activity, students will: Add three-digit numbers and ones. Add three-digit numbers and tens. Add three-digit numbers and hundreds. Add two-digit numbers crossing tens boundaries. How the Activity Works: Students will have 9 emotion cards per page, with each card featuring a different addition problem. After cutting the cards, students can shuffle and pick a card at random. Each card’s emotion (e.g., Joy, Sadness, Anger, Fear, Anxious) will correspond to an addition challenge.

These scaffolded (LA/MA/A) worksheets are designed to support Year 2 students in developing their skills in comparing and ordering numbers from 0 up to 100. The worksheets are structured to gradually increase in complexity, providing a range of activities to reinforce understanding of comparison symbols (<, >, =) and numerical order. Also includes answers. NC: compare and order numbers from 0 up to 100; use <, > and = signs

The Maths of Ballet – Understanding Angles in Dance! (KS2 Worksheets) Engage your students with these creative and educational Maths of Ballet Worksheets designed to teach KS2 learners about the four types of angles through the elegant movements of ballet. These worksheets combine maths and dance to help students explore angles in a fun and meaningful way. What’s included: Introduction to Four Types of Angles: Worksheets that explain and illustrate the four key types of angles – acute, right, obtuse, and reflex – using easy-to-understand definitions and examples. Angles in Ballet: Students will explore how these angles are formed in ballet poses and movements, such as arm extensions and foot placements. They will learn to recognize these angles in the human body, connecting geometry to real-life examples. Identify and Label: Interactive tasks where students identify and label acute, right, obtuse, and reflex angles in various ballet positions. This activity reinforces their understanding of angle types while keeping them engaged. Drawing Practice: Students will have the opportunity to draw ballet-inspired shapes and angles, allowing them to create their own examples of the four types of angles. Discussion Questions: Worksheets include reflection questions for students to discuss or write about how maths and dance are connected, encouraging deeper thinking. These worksheets provide a creative way to learn about angles through the art of ballet, making geometry fun and relevant to students’ everyday lives.

Fractal Art and the Golden Ratio PowerPoint Lesson – KS2 Introduce your students to the fascinating world of fractal art and the beauty of the Golden Ratio with this engaging and educational PowerPoint lesson. This resource is designed to help children understand the mathematical concepts behind famous artworks like the Mona Lisa and modern fractal art, which combines abstract art and mathematics. Lesson Features: An introduction to the Golden Ratio: Learn how this ratio of 1 to 1.618, found in nature and famous artworks, creates pleasing and balanced designs. A deep dive into fractals: Explore the concept of fractals, coined by Benoit Mandelbrot in 1975, and how fractal patterns are created through simple mathematical equations. Stunning visuals: See examples of fractal art, which uses vivid colors, precise lines, and self-repeating patterns to resemble natural shapes. Interactive fractal template: A creative activity where students can design their own fractals using a provided template, fostering both mathematical and artistic skills. Suitable for KS2: This resource is perfect for introducing key concepts in both mathematics and art, making learning about patterns, geometry, and natural design fun and accessible. Bonus: Includes a template for students to create their own fractals, helping to reinforce their understanding of patterns, self-similarity, and creativity!