Worksheet that gives students a full 4 operations workout, combining fluency and application in solving word problems. Resource includes 3 differentiated worksheets to cater for low ability year 5 through to high ability year 6 (one, two and three star sheets). Problems include: addition/subtraction multiplication/division long multiplication/long division/short division times table practise one, two and multi-step problems/operations Good for SAT revision, general workout after a holiday, holding task, extension to any work being conducted within additive or multiplicative reasoning. Answer sheets included for ease of marking.

Practise at reading timetables, calculating time durations and some word problems mixed in at greater depth level. Good resource for around mid-year and good practise for SATs reasoning as the reasoning paper usually incorporates a timetable question.

A set of questions based on number and word problems - includes rounding, reading data, percentages and ratio. This revision exercise is aimed at children working at the expected level

6 questions per sheet differentiated using chillies - so teacher can differentiate or pupil can self-differentiate. Questions for LA based on 3-digit nos divided by 2-digit nos (no remainders), building to 4-digit nos divided by 2-digit with remainders for MA and HA. Answer sheet is included on fourth page for ease of marking.

A full workout on long multiplication - starting with multiplying 3 numbers by a 2-digit number and progressing to 4 digits multiplied by 2-digits. Exercise provides a 15 question workout that focuses greatly on the 6,7,8 and 9 times tables and tests pupils’ handling of larger numbers from the 20s to the 90s. Ideal as a maths revision task, holding task or starter/plenary. Answers are included on pages 3 and 4 for ease of marking.

A differentiated series of 3 worksheets, ranked with 1-3 chilli peppers, containing ratio word problems (8 per sheet). Children can choose their difficulty or teacher can differentiate. Offers opportunity to move onto a more challenging set of problems if the former turns out to be too easy. Answer sheet included in folder for ease of marking, as well as the problems being included in word and PDF format.

Match up task where children need to match the relevant polyhedron with both its name and correct properties. There is a 1 and 2 star sheet with the same content but a difference in how much information is given to the child. Shapes include, pyramids, prisms, sphere/hemisphere, cube/cuboid etc.

Three differentiated worksheets incorporating area and perimeter of rectangles (touching a little on compound shapes). One star sheet for basic understanding of A and P, with more manageable numbers. Two star Sheet for middle understanding where larger numbers and long multiplication are required to solve problems. Three star sheet with more challenging problems that require more than one step and a degree of reasoning and working systematically** Answers are included for ease of marking.

An A3 workout sheet differentiated for Year 5 and 6. Recap makes use of bar modelling and wheels for visual representation. Useful for assessment either at beginning, midway or end of sequence. Visual representation of fractions Equivalent Fractions Simplifying Fractions Improper Fractions Mixed Fractions Adding/Subtracting Fractions with same/different denominators Fractions of amounts Fractions of shapes Answers included for ease of marking.

A good assessment tool that covers much of the arithmetic content from the National Curriculum for Year 5. Can also be used to assess entry level at the beginning of Year 6 and together with the Year 6 assessments can be ideal for showing progress throughout the year. The test is set out in a very similar format to a SAT paper and all answers are included on the same page for ease of marking.

A game on Powerpoint where children work in groups of 2-4 and are given a company, along with a balance of half a million. Serves as good practise for those 2 mark questions in the arithmetic paper, as well as a touch of reasoning. Children must play four rounds where they will be expected to work together to do the following. multiply 3 numbers by 2 numbers. multiply 4 number by 2 numbers. Divide four numbers by 12. Divde four numbers by 36. They may also have to work out differences and subtract from their current balance (depending on their accuracy in the rounds!) The most accurate group, with the highest balance at the end, wins! Enjoy

Three differentiated A3 sheets with timetable and table based reasoning problems - includes time, converting hours and minutes/vice versa, finding the difference, total, how many more etc. Reasoning using 4 operations Reading Timetables and interpreting answers Using reasoning skills to deduce which operations to carry out Reasoning skills to convert hrs, minutes, days, months, years etc.

Pack comprises of an 8 slide powerpoint presentation that allows children to discuss and work on several problems in either groups or pairs, using the rule divide, down, denominator (works with my class) Process used - multiplying the denominator by the whole number. note - in the SAT arithmetic paper, it is not necessary to simplify an answer but it is encouraged as good practice in the worksheets Two four question worksheets (differentiated as one and two star). For greater depth, answers are to be simplified and converted into decimal for (up to 3 places). One arithmetic worksheet.

A series of 3 challenging problems for greater depth/mastery level year 6s. All problems are multi-step and require mathematical reasoning and knowledge of area finding formulas. Use of all 4 operations will be required. Can be done in groups, pairs or individually. A very good task if you have a pupil/pupils racing on ahead in class and require a holding task or greater challenge to keep them motivated. Answers included on page 2 for ease of marking (includes workings so sight of certain answers can be observed within the steps). Good reasoning for SAT practice also.

Task comprising of 3 different exercises that require greater depth thinking to tackle multi-step questions. Good for maths reasoning and a challenge that is suitable for both individual or group work. Work requires knowledge of area (rectangle, triangle and parallelogram), perpendicular height and when to use the four operations to solve different parts of the problem.

9 differentiated problems that have to be solved using inverse operations and basic knowledge of algebra. Children can complete the tasks in pairs, groups or independently. There are three 1 star sheets for chn working towards. There are three 2 star sheets for chn working around EXP level. There are three 3 star sheets for chn working at GDP and need a greater challenge (the GDP problems bleed more into the four operations as opposed to the other sheets that focus on addition and subtraction). Answers are included for ease of marking/over shoulder guidance.

Santa’s Sleigh problem incorporating multi-step problems and reasoning. Areas of maths required: volume surface area length long multiplication long division addition/subtraction. Answers included for ease of marking.

Task where children match up 2D polygons with their correct names. The task is differentiated 3 ways where the higher sheets provide less information and rely more on pupil prior knowledge. Sheet includes square, pentagon, hexagon, heptagon, octogon, nonogon, decagon.

Brief worksheet aimed at expected level year 6s. Provides a useful example of multi-step problem solving with money, much like those children can expect to find in a reasoning SAT paper. Answers to the money problems are included for ease of marking and assessment.

An exercise where children will have to study two sets of temperature data produced in Excel. They will need to interpret this data and answer questions relating to difference, negative numbers in context, more than, less than etc. A good task to demonstrate current understanding and track progress in data handling. Also a useful exercise in the run-up to the SATs as reading line-graphs and interpreting negative numbers in context is often present.