I currently work at the top end of Primary school in Year 5/6. I create resources for a range of subjects and am always open to suggestions for resources people require.
I currently work at the top end of Primary school in Year 5/6. I create resources for a range of subjects and am always open to suggestions for resources people require.
Five differentiated worksheets that work on being able to multiply decimal numbers by whole numbers, with multiplying by one digit included in word problems and multiplying by two digits which then also leads into word problems. Used successfully with a Year 6 class but could be watered down for Year 5/ used for Year 7 recap.
A double lesson for Year 5 that focuses on children being able to use the inverse operation and find missing numbers in a number sentence.
Included is a double lesson PowerPoint that includes an arithmetic starter for each lesson, key vocabulary, discussion points and practices. There is then an activity that includes an answer sheet and challenge questions for anyone that finishes with answers again included.
A fully resourced place value lesson for being able to partition numbers to 100 in Year 3 based on the objective from White Rose Maths.
Included in the resource is:
A lesson PowerPoint with starter, vocabulary, modelling (with teacher notes) and guided practice
Lesson plan
Worksheet with answer sheet
Scaffolded worksheet with answer sheet
Modified worksheet for those who need additional changes to access the learning with answers
Challenge tasks
Support strips that can be stuck in books
Everything is included that could be needed to run the lesson successfully, with each resource carefully considered in ensuring accessibility for all as well as ensuring there are plenty of opportunities for challenge to provide depth of understanding.
A free example for a similar lesson for representing numbers to 1000 can be found here.
A fully resourced place value lesson for being able to understand place value with hundreds, tens and ones in Year 3 based on the objective from White Rose Maths.
Included in the resource is:
A lesson PowerPoint with starter, vocabulary, modelling (with teacher notes) and guided practice
Lesson plan
Worksheet with answer sheet
Scaffolded worksheet with answer sheet
Modified worksheet for those who need additional changes to access the learning with answers
Challenge tasks
Support strips that can be stuck in books
Everything is included that could be needed to run the lesson successfully, with each resource carefully considered in ensuring accessibility for all as well as ensuring there are plenty of opportunities for challenge to provide depth of understanding.
A free example for a similar lesson for representing numbers to 1000 can be found here.
A bundle of fully resourced place value lessons based on the Year 4 White Rose maths unit for place value with seventeen fully planned and resourced lessons included
Included are lessons for:
Lesson 1 - Represent Numbers to 1000
Lesson 2 - Partition Numbers to 1000
Lesson 3 - Number Line to 1000
Lesson 4 - Thousands
Lesson 5 - Represent Numbers to 10,000
Lesson 6 - Partition Numbers to 10,000
Lesson 7 - Flexible Partitioning of Numbers to 10,000
Lesson 8 - Find 1, 10, 100, 1000 More or Less
Lesson 9 - Number Line to 10,000
Lesson 10 - Estimate on a Number Line to 10,000
Lesson 11 - Compare Numbers to 10,000
Lesson 12 - Order Numbers to 10,000
Lesson 13 - Roman numerals
Lesson 14 - Round to the nearest 10
Lesson 15 - Round to the nearest 100
Lesson 16 - Round to the nearest 1000
Lesson 17 - Round to the nearest 10, 100 or 1000
All lessons include:
A lesson PowerPoint with starter, vocabulary, modelling (with teacher notes) and guided practice
Lesson plan
Worksheet with answer sheet
Scaffolded worksheet with answer sheet
Modified worksheet for those who need additional changes to access the learning with answers
Challenge tasks
Support strips that can be stuck in books
Everything is included that could be needed to run the lesson successfully, with each resource carefully considered in ensuring accessibility for all as well as ensuring there are plenty of opportunities for challenge to provide depth of understanding.
A PowerPoint that can be used a revision lesson for angles, focussing on types of angles as a starter, angles on a straight line and finding missing angles before finishing with angles around a point and opposite angles being the same. Included are a range of practice questions to check understanding as well as challenge questions from WRM and a previous KS2 SATs question.
There are also a range of pink and green bubbles to support and challenge understanding.
A set of slides that can be used as a lesson presentation to work on the place value of numbers through rounding. Included are a range of questions and a visual representations of how numbers can be broken up into different place values to try and help round them.
10 practise Arithmetic papers with 20 questions in each to use for practise in Year 6 ahead of the new Key Stage 2 Arithmetic assessment. These questions have been formed by using the exemplar material and other practise papers released. These have then been used to look at the type of questions that appear regularly, with these then being tested regularly throughout the various tests.
It will provide children with test practise as well as regularly being able to review what children understand and what they still need to work on.
A set of three differentiated worksheets that work on calculating the area and perimeter of shapes for Year 6 children. Having used a similar format in my own lessons, these sheets often provide enough challenge for two days lessons, with children taking on the easier work then moving on to harder challenges within the other sheets.
These have all been made with mastery in mind and so follow this pattern.
Worksheet One - Works on practise and fluency (LA)
Worksheet Two - Practise, fluency and reasoning (MA)
Worksheet Three - Practise, fluency, reasoning and problem solving (HA)
Answers are included for each sheet.
10 different word searches for children to work through. These include ones that lead to future activities such as adjectives, verbs and adverbs where children can then try and include these in sentences/ change the tense of the verb.
Other word searches include words for the four different maths operations as well as then having some fun ones like Christmas words, words related to Harry Potter and words related to Star Wars.
A set of three differentiated worksheets that work on ratio for Year 6 children.
These have all been made with mastery in mind and so follow this pattern.
Worksheet One - Works on practise and fluency (LA)
Worksheet Two - Practise, fluency and reasoning (MA)
Worksheet Three - Practise, fluency, reasoning and problem solving (HA)
Worksheet Four - Same as worksheet three as a spare for anybody who finishes problem solving
Answers are included for each sheet.
Four worksheets that work on multiplying by 10, 100 or 1000 where the answer is whole numbers.
Each worksheet includes 12 questions, each with a place value grid for placing the original number in and a place value grid to then move the digits appropriately. Answers are also included separately.
Worksheets include one x 10, one x 100, one x 1000 and a mixed sheet of all three.
A bundle of worksheets focused on multiplying and dividing by 10, 100 and 1000.
Each worksheet includes place value grids to support placing the number and then a second grid to consider how the digits move to support answering the question. Answer sheets are also included.
Overall, there are 16 worksheets that focus on whole number answers and decimal answers through single operation focus and multiple focus.
A fully resourced unit of work for a Year 4 unit on Place Value that provides 25 lessons.
Included in the 25 lesson sequence is:
Lesson 1, 2 and 3 - Understand place value up to 1000
Lesson 4 and 5- Partition Numbers
Lesson 6 and 7 - Place value up to 10,000
Lesson 8 and 9 -Find 1000 more or less
Lesson 10 and 11 - Compare numbers
Lesson 12 and 13 - Order numbers
Lesson 14 and 15 - Count forwards and backwards in 25s
Lesson 16 and 17 - Round to the nearest 10
Lesson 18, 19 and 20 - Round to the nearest 100
Lesson 21 and 22 - Round to the nearest 1000
Lesson 23 and 24 - Negative Numbers
Lesson 25 - Roman Numerals
Most lessons come in double lessons bar the two triple lessons where there is an introductory lesson followed by a double lesson. Each double lesson includes a double lesson PowerPoint that includes an arithmetic starter for every lesson, key vocabulary, modelling, discussion and practice before moving onto an independent activity and challenge tasks that stretch over the two lessons. Answer sheets are included for all independent activities and challenge tasks.
The single lesson at the start of triple lessons has all the same features but only has a single lesson PowerPoint.
Four lessons that focus on being able to work with perimeter in Year 5 with lessons set out as two double lessons.
The first double lesson focuses on being able to measure shapes and calculate the perimeter of rectangles and squares where a ruler has been provided to measure the shapes.
The second double lesson then follows up by focusing on being able to calculate the perimeter of different shapes, using the information provided or what children already know about the property of shapes.
Each double lesson includes:
A double lesson PowerPoint that includes an arithmetic starter for each lesson, key vocabulary, modelling and discussion points as well as guided practice before moving on to independent activities.
An independent activity that applies what children have learnt during the teaching part of the lesson. An answer sheet is included for the activity and there are challenge activities for children that finish which also include answers. The activity and challenges run over both lessons as it is expected that there may be more time teaching and talking in the first lesson before having more time to practise in the second lesson. However, everything is uploaded in PPT format so can be easily edited to suit.
Ruler images are courtesy of Pixabay
Five lessons that focus on being able to calculate the area of quadrilaterals and compound shapes.
Included is:
A fully-resourced double lesson that focuses on the objective of finding the area of quadrilaterals, with a particular focus on squares and rectangles.
Included in the resource is:
A double lesson PowerPoint that includes an arithmetic starter for each lesson, key vocabulary and areas to model and discuss as well as then having some guided practice for children to work through to check their understanding.
This is then followed up by an independent practice activity and challenge questions for those that finish. These are planned to run over the two lessons with the first lesson potentially taking more teaching time and the second lesson giving more time for practice and challenges. Answer sheets are included for both.
All attachments are uploaded as PowerPoints so they can be easily adapted, especially in adapting to any misconceptions or needs that arise from the first lesson.
Three fully-resourced lessons focusing on being able to calculate the area of compound shapes.
The lessons are split so that they act as an introductory lesson before having a double lesson that provides the opportunity to develop and become confident in finding the area of compound shapes.
The first lesson includes a lesson PowerPoint that includes an arithmetic starter, key vocabulary, modelling and discussion as well as guided practice. This is followed up with an independent activity and challenge tasks to apply what has been learnt, with answer sheets included with these.
The double lesson includes a double lesson PowerPoint that includes an arithmetic starter for each lesson, key vocabulary, modelling and discussion as well as guided practice. This is followed up with an independent activity and challenge tasks to apply what has been learnt (that stretch over both lessons with more time teaching first lesson and more time practising in the second lesson), with answer sheets included with these.
Four fully resourced lessons that focuses on being able to convert between various measurements from mm to cm up to g and kg. The lesson presentations focus on a range of questions and building understanding as well as guided practise questions for children to practise what they are learning. This is followed by one of two sheets based on confidence (answers included) before a final challenge question on the lesson presentation.
A 15 lesson unit of work that focuses on being able to complete written multiplication and division.
Included in the 15 lesson sequence is:
Lesson 1 - 3-digit by 1-digit multiplication
Lesson 2 and 3 - 4-digit by 1-digit multiplication
Lesson 4 and 5 - 3-digit by 2-digit multiplication
Lesson 6 and 7 - 4-digit by 2-digit multiplication
Lesson 8 and 9 - 3-digit divided by 1-digit
Lesson 10 and 11 - 4-digit divided by 1-digit
Lesson 12, 13, 14 and 15 - Using written division and applying remainders to the context
Within the lessons, small steps are applied when appropriate such as doing a 4-digit x 1-digit before then doing the same 4-digit number by a 2-digit number that includes the previous 1-digit number.
Most lessons come in double lessons. bar lesson one. Each double lesson includes a double lesson PowerPoint that includes an arithmetic starter for every lesson, key vocabulary, modelling, discussion and practice before moving onto an independent activity and challenge tasks that stretch over the two lessons. Answer sheets are included for all independent activities and challenge tasks.
The single lesson at the start has all the same features but only has a single lesson PowerPoint.
Also included within each lesson pack is a multiplication square should it be needed for support.
A presentation with 200 different questions that can be used when working on tens and ones.
These can be used either as questions to do as a class or to print and get children to work through at different points.
Within the presentation, there are representations using Base 10, numerical representations and sentences. This includes saying how many tens and ones there are before saying what the number is, looking at the whole number to say how many tens and ones there are and saying what a missing value is, both with tens and ones and other partitions e.g. 92 = 50 and 42.