This is a differentiated worksheet to help children master angles on a straight line. Children are challenged to: - name the type of angle a ‘missing angle’ is. - calculate its size in degrees - measure it accurately using a protractor. There are two sheets, an Expected Standard sheet and a more challenging Greater Depth sheet (2016+ Curriculum). On each sheet there are nine missing angles, meaning that children have 27 things to do in order to complete one activity sheet. Please rate and/or comment. All feedback is valuable.

This activity will help children meet the Roman Numeral curriculum statements for Year 5 and is excellent revision for Year 6. Included are: - 17 questions where the children need to change Roman Numerals into Arabic Numbers (the numbers we are familiar with) - 5 questions where they need to turn Arabic Numbers into Roman Numerals - 6 questions where they must complete a calculation in Roman Numerals and give their answer as both Roman Numerals and Arabic Numbers - excellent for your 'More Able' learners. .....and an answer sheet for all activities. Activities are given as both a word document and a pdf. Please comment/rate this resource as all feedback is valuable.

Two fantastic resources. Activity 1 - children create a bar chart from a completed tally chart. (two different versions, differentiated) Activity 2 - children create a tally chart from a completed bar chart. (two differentiated versions)

Editable differentiated data handling activity for KS1 children or lower KS2 children. Activity 1 - children complete a tally chart (in this instance, number of letters in their classmates' names - this is editable) Activity 2 - Create a bar chart from their data. Lower Ability - Axes are labelled Higher Ability - Axes are not labelled

This is a differentiated worksheet to help children master opposite angles. Answers are included. Children are challenged to: - name the type of angle a ‘missing angle’ is. - calculate its size in degrees - measure it accurately using a protractor. All angles are correctly sized. There are two sheets, an Expected Standard sheet and a more challenging Greater Depth sheet (2016+ Curriculum). On each sheet there are nine missing angles, meaning that children have 27 things to do in order to complete one activity sheet. Please rate and/or comment. All feedback is valuable.

This is a differentiated worksheet to help children master angles around a point. Children are challenged to: - name the type of angle a ‘missing angle’ is. - calculate its size in degrees - measure it accurately using a protractor. All angles are correctly sized. There are two sheets, an Expected Standard sheet and a more challenging Mastery sheet (2016+ Curriculum). On each sheet there are nine missing angles, meaning that children have 27 things to do in order to complete one activity sheet. Please rate and/or comment. All feedback is valuable.

Two differentiated activity sheets where children are required to recognise 2D shapes. Lower Ability - Ten shapes that need to be matched to their names. Higher Ability - Twelve shapes on a sheet that children need to name (no names given to match).

A two-way differentiated activity sheet/worksheet that will develop the children’s understanding of bar graphs, data handling, averages and data handling vocabulary. Sheet 1 - 8 Questions asking about the warmest/coldest months, difference in temperature between months. There are two data sets on the graph (two lines, same axes) Sheet 2 - 8 Questions focusing more on averages and trends. There are three data sets on the same axes. Completely different questions. Answers are provided for both sheets. I have provided two different layouts which also add to the challenge. One has a wider line graph set, the other has a narrower set. This will test children’s adaptability to varying presentations.

A two-way differentiated activity sheet/worksheet that will develop the children’s understanding of bar graphs, data handling, averages, negative numbers and data handling vocabulary. Sheet 1 - 8 Questions asking about the average temperature in three cities across four months. Sheet 2 - Questions asking about the average temperature in three cities across five months. Averages, decimals and extrapolation skills will be tested. Answers are provided for both sheets. I have provided two different layouts which also add to the challenge. One has a wider line graph set, the other has a narrower set. This will test children’s adaptability to varying presentations.

A four way differentiated activity/worksheet that will develop a child’s understanding of area and perimeter. This version has gridlines removed for an extra challenge. Children will need to measure the shapes (all are whole numbers) Challenge 1 - Calculate the area and perimeter of simple quadrilaterals. Challenge 2 - Calculate the area and perimeter of compound/composite quadrilaterals (divisions present) Challenge 3 - Calculate the area and perimeter of compound/composite quadrilaterals (divisions removed) Mastery Challenge - Calculate the area and perimeter of a huge, multi-compound shape and then the area of the shaded part.

A fun three way differentiated activity sheet/worksheet that will help children develop an understanding of how to calculate the area of parallelograms and trapeziums, as well as compound/composite polygons. Challenge 1 - Calculate the area of simple polygons using a grid. Challenge 2 - Calculate the area of compound/composite polygons using a grid. Mastery Challenge - Calculate the area of a large, multi-polygon compound/composite polygon using a grid.

A fun, four way differentiated activity that will develop children’s understanding of areas of triangles. This version has a 1cm grid backing to help children calculate the area without the need to measure. Challenge 1 - Calculate area of triangles. Challenge 2 - Calculate the area of compound polygons (triangles and rectangles) Challenge 3 - Calculate the area of compound polygons (triangles, rectangles, trapeziums and parallelograms) Mastery Challenge - Calculate the area of a large, multi-compound shape made up of many different polygons.

A fun, four way differentiated activity that will develop children’s understanding of areas of triangles. This version requires the children to measure each shape and use their knowledge of formulas to calculate the areas. Challenge 1 - Calculate area of triangles. Challenge 2 - Calculate the area of compound polygons (triangles and rectangles) Challenge 3 - Calculate the area of compound polygons (triangles, rectangles, trapeziums and parallelograms) Mastery Challenge - Calculate the area of a large, multi-compound shape made up of many different polygons.

This resource contains three sets of differentiated questions that will develop children's understanding of multi-step problems. These are similar in scope to SATs questions. Answers are provided. An editable copy is included so that you can modify to suit your own class's needs.