The main purpose of this Mathematics Homework is to make your life, as a teacher or parent of Year 5 pupils, as easy as possible. All of the homework activities are based on the renewed Primary Framework for mathematics; however, as they assess specific learning objectives they can be used in conjunction with other planned teaching schemes. Each homework activity sheet addresses a whole, or part of, a learning objective. The questions are written to test the understanding of your pupils once they have worked on a topic in the lesson. With a full set of answers included you can be confident that your students are getting regular, relevant homework that tests their understanding across the Year 5 objectives and all seven core strands. The Year 6 curriculum is structured into five blocks, reflecting the same structure as the other primary year groups. Each block is made up of three units, and each unit represents two or three weeks of teaching. The blocks are: • Block A: Counting, partitioning and calculating • Block B: Securing number facts, understanding shape • Block C: Handling data and measures • Block D: Calculating, measuring and understanding shape • Block E: Securing number facts, relationships and calculating We would love to know how you are getting on with our resource.

The main purpose of this Mathematics Homework is to make your life, as a teacher of Year 2 pupils and parents, as easy as possible. All of the homework activities are based on the renewed Primary Framework for mathematics; however, as they assess specific learning objectives they can be used in conjunction with other planned teaching schemes. Each homework activity sheet addresses a whole, or part of, a learning objective. The questions are written to test the understanding of your pupils once they have worked on a topic in the lesson. With a full set of answers included you can be confident that your students are getting regular, relevant homework that tests their understanding across the Year 2 objectives and all seven core strands. The Year 2 curriculum is structured into five blocks, reflecting the same structure as the other primary year groups. Each block is made up of three units, and each unit represents two or three weeks of teaching. The blocks are: • Block A: Counting, partitioning and calculating • Block B: Securing number facts, understanding shape • Block C: Handling data and measures • Block D: Calculating, measuring and understanding shape • Block E: Securing number facts, relationships and calculating We want to know how you are getting on with our resources- leave us a review.

The main purpose of this Mathematics Homework is to make your life, as a teacher or parent of Year 4 pupils, as easy as possible. All of the homework activities are based on the renewed Primary Framework for mathematics; however, as they assess specific learning objectives they can be used in conjunction with other planned teaching schemes. Each homework activity sheet addresses a whole, or part of, a learning objective. The questions are written to test the understanding of your pupils once they have worked on a topic in the lesson. With a full set of answers included you can be confident that your students are getting regular, relevant homework that tests their understanding across the Year 4 objectives and all seven core strands. • Block A: Counting, partitioning and calculating • Block B: Securing number facts, understanding shape • Block C: Handling data and measures • Block D: Calculating, measuring and understanding shape • Block E: Securing number facts, relationships and calculating We would love to know how you getting on- leave a review.

The main purpose of LCP’s Mathematics Homework is to make your life, as a teacher or parent of Year 6 pupils, as easy as possible. All of the homework activities are based on the renewed Primary Framework for mathematics; however, as they assess specific learning objectives they can be used in conjunction with other planned teaching schemes. Each homework activity sheet addresses a whole, or part of, a learning objective. The questions are written to test the understanding of your pupils once they have worked on a topic in the lesson. The Year 6 curriculum is structured into five blocks, reflecting the same structure as the other primary year groups. Each block is made up of three units, and each unit represents two or three weeks of teaching. The blocks are: Block A: Counting, partitioning and calculating • Block B: Securing number facts, understanding shape • Block C: Handling data and measures • Block D: Calculating, measuring and understanding shape • Block E: Securing number facts, relationships and calculating Leave a review Read less

Objective: Use decimal notation for tenths, hundredths and thousandths, partition, round and order decimals with up to three places, and position them on a number line. Parent’s tip: Children should be familiar with using a place value table to solve these types of problems. Leave a review Like the resource? Why not purchase the bundle from our TES shop?

The main purpose of LCP’s Mathematics Homework is to make your life, as a teacher or parent of Year 3 pupils, as easy as possible. All of the homework activities are based on the renewed Primary Framework for mathematics; however, as they assess specific learning objectives they can be used in conjunction with other planned teaching schemes. Each homework activity sheet addresses a whole, or part of, a learning objective. The questions are written to test the understanding of your pupils once they have worked on a topic in the lesson. With a full set of answers included you can be confident that your students are getting regular, relevant homework that tests their understanding across the Year 4 objectives and all seven core strands. Leave a review

Activity links to objective: Describe and extend number sequences:count on or back in twos starting from any two- or three-digit number,and recognise odd and even numbers at least to 100;count on in steps of 3,4 or 5 from any small number to at least 50,then back again. Solve mathematical problems or puzzles,recognise simple patterns and relationships,generalise and predict.Suggest extensions by asking ‘What if…?’ Explain methods and reasoning orally and,where appropriate, in writing. Includes one worksheet: Train Ride and answers More sheets available on our website and TES shop. Leave a review

Olympic themed Activity Sheets for Lower KS2 (Years 3 /4) pupils. • ART: Design your own Greek pot • MATHS: Bejing Top Ten Medal Winners • HISTORY: Learn about 2 Great Olympians A set of 3 activity / worksheets for Years 3 and 4 (Lower KS2) with an Olympic theme. Activties come from LCP’s ‘Most Popular’ Olympic Games Resource File - a complete cross curricular resource for primary teachers.

All five questions link to: Understand the effect of and relationships between the four operations, and the principles (not the names) of the arithmetic laws as they apply to multiplication.Begin to use brackets. Includes 4 pages with strategies to help problem solve Problem 1: Eating Sweets Problem 2: Shopping Trip Problem 3: On the Scales Problem 4:Passengers Problem 5: Coloured Cubes Problem 6: Darts Scores Taken from Problem Solving Year 5&6 Leave a review

All five questions link to: • Add 3 or 4 small numbers,finding pairs totalling 10 or 9 or 11. • Add three two-digit multiples of 10,such as 40 + 70 + 50. Includes pages 4 pages with strategies to help problem solve Problem 1: Sports Shopping Problem 2: Magic Cross Problem 3: Page Numbers Problem 4: Guess the Number Problem 5: Fencing Taken from Problem Solving Year 3&4 Leave a review

Links to the objective: Reasoning about numbers or shapes Solve mathematical problems or puzzles,recognise simple patterns and relationships,generalise and predict.Suggest extensions by asking ‘What if…?’ Explain methods and reasoning orally and,where appropriate, in writing. 5 Sheets with Answers and example strategies to solve the problem. The overall aim is to help pupils to apply in a variety of situations the mathematics they have already learnt.The programme seeks to achieve this by teaching the strategies that will enable pupils to approach a variety of problems in a more logical and systematic way. The more specific aims of the programme are to promote the following: • willingness to attempt problems and to persevere; • confidence in one’s ability to solve problems; • awareness of problem-solving strategies; • awareness of the value of approaching problems in a systematic manner; • ability to select appropriate solution strategies; • ability to apply solution strategies accurately; • ability to monitor and evaluate one’s thinking whilst solving problems. The problems included: 1: Football Kit 2.Striped Shirts 3. Mountain Biking 4. Bike Tracks 5. On Target Taken from Problem Solving Years 3&4 Leave a review

All five questions link to: Understand and use the relationships between the four operations, and the principles (not the names) of the arithmetic laws. • Use brackets Includes 4 pages with strategies to help problem solve Problem 1: Teacher’s Age Problem 2: Coloured Pegs Problem 3: Gold Doubloons Problem 4: Pirates Problem 5: Football Stickers Taken from Problem Solving Year 5&6 Leave a review

Links to the objective: Make and describe, shapes, pictures and patterns using, for example, solid shapes, templates, pin-board and elastic bands, squared paper, a programmable robot… Relate solid shapes to pictures of them. Use and begin to read the vocabulary related to length, mass and capacity. 12 Worksheets Sheets with Answers and example strategies to solve the problem. The overall aim is to help pupils to apply in a variety of situations the mathematics they have already learnt.The programme seeks to achieve this by teaching the strategies that will enable pupils to approach a variety of problems in a more logical and systematic way. The more specific aims of the programme are to promote the following: • willingness to attempt problems and to persevere; • confidence in one’s ability to solve problems; • awareness of problem-solving strategies; • awareness of the value of approaching problems in a systematic manner; • ability to select appropriate solution strategies; • ability to apply solution strategies accurately; • ability to monitor and evaluate one’s thinking whilst solving problems. The problems included: 1: Towers 2.Goldfish 3. Bookshelf 4. Flags 5. Wellies Taken from Problem Solving Years 1 &2

Links to the objective: Reasoning about numbers or shapes Solve mathematical problems or puzzles,recognise simple patterns and relationships,generalise and predict.Suggest extensions by asking ‘What if…?’ Explain methods and reasoning orally and,where appropriate, in writing. 5 Sheets with Answers and example strategies to solve the problem. The overall aim is to help pupils to apply in a variety of situations the mathematics they have already learnt.The programme seeks to achieve this by teaching the strategies that will enable pupils to approach a variety of problems in a more logical and systematic way. The more specific aims of the programme are to promote the following: • willingness to attempt problems and to persevere; • confidence in one’s ability to solve problems; • awareness of problem-solving strategies; • awareness of the value of approaching problems in a systematic manner; • ability to select appropriate solution strategies; • ability to apply solution strategies accurately; • ability to monitor and evaluate one’s thinking whilst solving problems. The problems included: Goldfish Toy Cards Games Motorbikes and Cars Toyshop Piggy Bank Taken from Problem Solving Years KS1

Links to the objective: Measure • Understand and use the vocabulary related to length, mass and capacity. Compare two lengths, masses or capacities by direct comparison; extend to more than two. Measure using uniform non-standard units (e.g. straws, wooden cubes, plastic weights, yogurt pots), or standard units (e.g. metre sticks, litre jugs). Shape and space • Use everyday language to describe features of familiar 3-D and 2-D shapes, including the cube, cuboid, sphere, cylinder, cone…, circle, triangle, square, rectangle…, referring to properties such as the shapes of flat faces, or the number of faces or corners… or the number and types of sides. • Talk about things that turn. Make whole turns and half turns. Use one or more shapes to make, describe and continue repeating patterns… The overall aim is to help pupils to apply in a variety of situations the mathematics they have already learnt.The programme seeks to achieve this by teaching the strategies that will enable pupils to approach a variety of problems in a more logical and systematic way. The more specific aims of the programme are to promote the following: • willingness to attempt problems and to persevere; • confidence in one’s ability to solve problems; • awareness of problem-solving strategies; • awareness of the value of approaching problems in a systematic manner; • ability to select appropriate solution strategies; • ability to apply solution strategies accurately; • ability to monitor and evaluate one’s thinking whilst solving problems. The problems included: 1:Shape and Sizes 2. Obstacle Race 3. Scarves 4. Rabbits Taken from Problem Solving Years KS1 Leave a review

Taken from our resource Building Blocks. BUILDING BLOCKS is a modular series of resources offering Early Years Foundation Stage (EYFS) practitioners a source of fresh, fun activities linked to inspirational, childcentred themes, and providing comprehensive coverage of the different aspects of the Early Learning Goals The topic covers; ■ Estimating numbers of objects and checking by counting up to 10; ■ Who can count higher? ■ Find a total by counting on and counting back; ■ Simple addition and subtraction The unit: How High Can you Count includes: Activity Ideas (both indoor and outdoor) Worksheets Hints for Home Assessment -Pupil Profile Progression for KS1 Suggestions for additional resources Key vocabularly Leave a review

Objective: Describe and interpret results and solutions to problems using the mode, range, median and mean. Fully editable Activity sheet with answers. Great for homework. If you like this resource, why not purchase the bundle from our TES shop? Leave a review!

Objective: Use approximations, inverse operations and tests of divisibility to estimate and check results. Homework/ activity sheet Full editable with answers One sheet from the Mathematics Homework Activites on CD These time-saving Mathematics Homework Activities on CD provide primary teachers with a set of challenging and engaging maths homework activities for every week of the school year. Part of the homework CD.

The main purpose of this Mathematics Homework is to make your life, as a teacher of Year 6 pupils, as easy as possible. All of the homework activities are based on the renewed Primary Framework for mathematics; however, as they assess specific learning objectives they can be used in conjunction with other planned teaching schemes. Each homework activity sheet addresses a whole, or part of, a learning objective. The questions are written to test the understanding of your pupils once they have worked on a topic in the lesson. This in turn, will provide you with the information required to assess the pupils’ learning, and will enable you to plan your lessons effectively. With a full set of answers included you can be confident that your students are getting regular, relevant homework that tests their understanding across the Year 6 objectives and all seven core strands. This easy-to-use CD will reduce the time spent preparing and marking homework enabling you use your time as efficiently as possible. The Year 6 curriculum is structured into five blocks, reflecting the same structure as the other primary year groups. Each block is made up of three units, and each unit represents two or three weeks of teaching. The blocks are: • Block A: Counting, partitioning and calculating • Block B: Securing number facts, understanding shape • Block C: Handling data and measures • Block D: Calculating, measuring and understanding shape • Block E: Securing number facts, relationships and calculating

Learning Objective: Estimate angles, and use a protractor to measure and draw them, on their own and in shapes; calculate angles in a triangle or around a point. Great homework activity/ class sheet. Like this resource? Why not grab the entire bundle from our TES shop? Leave a review