<p>The PowerPoint includes a <strong>bank of lessons</strong> on <strong>Probability Tree Diagrams</strong>:</p> <ol> <li>Recap frequency tree diagrams</li> <li>Completing independent tree diagrams (with replacement)</li> <li>Finding probability from independent tree diagrams (with replacement)</li> <li>Completing dependent tree diagrams (without replacement)</li> <li>Finding probability from dependent tree diagrams (without replacement)</li> <li>Completing and tree diagrams with three branches</li> <li>Finding probability from tree diagrams with three branches</li> <li>Drawing tree diagrams and finding its probability from scratch</li> </ol> <p>The folder also includes differentiated worksheets that are scaffolded.</p>

<p>The folder contains a <strong>bank of lessons</strong> on <strong>Expressing Quantities as Ratio</strong>.</p> <p>The folder contains:<br /> -Stating ratio of objects via visualisation<br /> -Simplifying ratio<br /> -Writing fractions as a ratio<br /> -Writing ratio as fractions<br /> -Writing percentages as ratio<br /> -Writing ratio as percentages</p> <p>The folder also contains scaffolded worksheets.</p>

<p>The PowerPoint includes a <strong>bank of lessons</strong> for <strong>Measuring Space</strong>:</p> <ol> <li>Mass conversions (grams to kilograms and vice versa)</li> <li>Metric conversions (meters to kilometers and vice versa)</li> <li>Capacity conversions (millilitres to litres and vice versa)</li> <li>Writing quantities as fractions</li> </ol>

<p>The PowerPoint includes a <strong>bank of lessons</strong> for <strong>HCF and LCM</strong>:</p> <ol> <li>Multiples of numbers</li> <li>Factors of numbers</li> <li>Lowest Common Multiple (LCM) up to 3 numbers</li> <li>Worded LCM problem solving</li> <li>Highest Common Factor (HCF) up to 3 numbers</li> </ol> <p>It also includes differentiated worksheets that are scaffolded with answers.</p>

<p>The PowerPoint includes a <strong>bank of lessons</strong> for <strong>Multiplying and Dividing Decimals</strong>:</p> <ol> <li>Multiplying integers (up to 2 digit by 2 digits)</li> <li>Multiplying decimals</li> <li>Problem solving via multiplying decimals (finding area of rectangles and squares with decimal lengths)</li> <li>Simple exchange rates</li> <li>Dividing integers</li> <li>Dividing decimals</li> <li>Dividing by decimals</li> <li>Solving problems via dividing decimals</li> </ol> <p>The folder has a differentiated worksheet with some scaffolding.</p>

<p>The folder includes a bank of <strong>PowerPoints</strong> for <strong>Knowledge Organisers</strong>.</p> <ol> <li>Place Value</li> <li>Rounding</li> <li>Adding and Subtracting</li> <li>Multiplying and Dividing</li> <li>Naming 2D and 3D shapes and Measuring Angles</li> <li>Properties of 3D Shapes and Nets of Cubes</li> <li>Working with Fractions (simplifying, equivalent and ordering)</li> <li>Solving One-step Equations</li> <li>Introduction to Ratio and Simplifying Ratio</li> <li>Basic Arithmetic Sequences (finding the rule and the next term)</li> <li>Converting Units of Measure (Mass, Metric and Capacity)</li> <li>Angle Facts and Angles in Triangles</li> <li>Function Machines and Basic Substitution</li> <li>Calculating Area and Volume of Cubes and Cuboids</li> <li>Working with Coordinates (plotting and reading, finding mid-point)</li> <li>Working with Bar Charts and Tally Charts</li> <li>Calculating Mean, Mode and Range</li> </ol>

<p>The PowerPoint includes a <strong>couple of lessons</strong> on <strong>Expanding Single Brackets</strong></p> <ol> <li>Recap simplifying expressions by multiplying and dividing</li> <li>Different methods on expanding single brackets</li> <li>Expanding basic single brackets</li> <li>Expanding single brackets with coefficients</li> <li>Collecting like terms by expanding brackets</li> <li>Filling in gaps from expanding brackets</li> <li>Catchphrase game!</li> </ol> <p>The lessons also include some differentiated worksheets with scaffolding in. Adapt the scaffolding based on the method you use to teach expanding single brackets - I have seen that lower sets prefer the column method!</p>

<p>The PowerPoint includes a <strong>bank of lessons</strong> on <strong>Substituting into expressions and formulae</strong></p> <ol> <li>Finding input and output of function machines</li> <li>Creating function machines to represent expressions</li> <li>Substituting numbers into expressions via function machines</li> <li>Substituting into basic expressions</li> <li>Substituting advanced expressions</li> <li>Substituting into equations</li> <li>Substituting into formulae</li> <li>Game of Catchphrase!</li> </ol> <p>The folder also contains differentiated worksheets with scaffolding. You may skip parts of this unit of work if you do not want to use function machines and just want the questions/examples.</p>

<p>The PowerPoint includes a <strong>bank of lessons</strong> on <strong>Working with Fractions</strong>:</p> <ol> <li>Stating fractions from shapes and shading a fraction of a shape</li> <li>Writing out fractions and expressing fractions as quantities</li> <li>Simplifying fractions</li> <li>Finding equivalent fractions</li> <li>Converting between improper fractions and mixed numbers</li> <li>Calculating fractions of amounts</li> <li>Problem-solving with fractions of amounts</li> </ol> <p>The folder also includes lots of differentiated worksheets with scaffolding.</p>

<p>The PowerPoint includes a <strong>bank of lessons</strong> on <strong>Distance-Time Graphs</strong>:</p> <ol> <li>Calculating Speed, Distance and Time (basic questions)</li> <li>Interpreting Distance-Time graphs</li> <li>Calculating Speed from Distance-Time graphs</li> <li>Drawing/finishing off Distance-Time graphs</li> <li>Finding gradient and y-intercept from real-life graphs</li> <li>Interpreting conversion graphs</li> </ol> <p>The folder also includes differentiated worksheets with scaffolding.</p>

<p>The PowerPoint includes a <strong>bank of lessons</strong> on <strong>Coordinate Geometry</strong>:</p> <ol> <li>Mid-point from two sets of coordinates</li> <li>Finding out if a point lies on a straight line</li> <li>Finding gradient on a line</li> <li>Finding gradient from a straight line graph</li> <li>Finding the y-intercept</li> <li>Finding the equation of a straight line from a graph in the form y = mx + c</li> <li>Finding the equation of a straight line without a graph</li> <li>Finding equation of a line from two points that lie on a straight line</li> <li>Finding the equation of a straight line parallel to another</li> <li>Finding the equation of a line parallel (given the graph)</li> <li>Revision lesson with differentiated exam questions!</li> </ol> <p>The folder also contains differentiated worksheets that are scaffolded</p>

<p>The PowerPoint includes a <strong>bank of lessons</strong> for <strong>Angle Facts and Angles in Triangles</strong>:</p> <ol> <li>Recap measuring angles</li> <li>Calculating angles on a straight line</li> <li>Calculating vertically opposite angles</li> <li>Calculating angles around a point</li> <li>Using a variety of angle facts to find missing angles (challenge)</li> <li>Calculating angles in a triangle (basic)</li> <li>Calculating angles in a triangle with angle facts</li> </ol>

<p>The PowerPoint includes a <strong>bank of lessons</strong> for <strong>Ordering Decimals and Fractions</strong>:</p> <ol> <li>Ordering positive and negative integers</li> <li>Ordering decimals</li> <li>Ordering fractions</li> <li>Ordering fractions, decimals and percentages</li> </ol> <p>Activities are differentiated and the worksheets are scaffolded. Calculators are preferable for students to use whilst working through this unit.</p>

<p>The PowerPoint includes a <strong>bank of lessons</strong> for <strong>Place Values</strong>:</p> <ol> <li>Exploring Fractions (looking at fraction of shaded shapes etc.)</li> <li>Simplifying Fractions</li> <li>Equivalent Fractions</li> <li>Finding the lowest common multiple (LCM)</li> <li>Using the LCM to order fractions</li> </ol>

<p>The PowerPoint includes a <strong>bank of lessons</strong> for <strong>Working with Coordinates</strong>:</p> <ol> <li>Plotting coordinates (including making shapes)</li> <li>Reading coordinates</li> <li>Finding mid-point from coordinates</li> <li>Equation of straight lines (x = ±a and y = ±a)</li> <li>Points of intersection (basic)</li> </ol>

<p>The PowerPoint includes a <strong>lesson</strong> on <strong>Simplifying Expressions - Multiplying and Dividing</strong></p> <ol> <li>Recap collecting like terms</li> <li>Understanding algebraic conventions</li> <li>Simplifying by multiplying expressions (3 x 4a = 12a)</li> <li>Simplifying by dividing expressions (15a/3 = 5a)</li> </ol>

<p>The PowerPoint includes a <strong>bank of lessons</strong> for <strong>Multiplying and Dividing integers</strong>:</p> <ol> <li>Multiplying integers (column/grid method)</li> <li>Dividing integers (bus stop method)</li> </ol>

<p>The PowerPoint includes a <strong>bank of lessons</strong> for <strong>Rounding</strong>:</p> <ol> <li>Rounding to the nearest 10, 100 and 1000</li> <li>Rounding to decimal places</li> <li>Rounding to the nearest integer</li> </ol>

<p>The PowerPoint includes a <strong>lesson</strong> on <strong>Square numbers and Square roots</strong>:</p> <ol> <li>Recap on finding the area of squares which can link to square numbers.</li> <li>Finding square numbers</li> <li>Using BIDMAS to work out simple calculations involving square numbers</li> <li>Finding square roots</li> </ol> <p>The lesson involves a differentiated worksheet for square roots with scaffolding.</p>

<p>The PowerPoint includes a <strong>lesson</strong> for <strong>Properties of 3D Shapes</strong>:</p> <ol> <li>Drawing 3D shapes</li> <li>Stating 3D shapes</li> <li>Properties of 3D shapes</li> </ol> <p>The folder also includes a worksheet that is differentiated for the lesson.</p>

<p>The PowerPoint includes a <strong>lesson</strong> for <strong>Parallel and Perpendicular lines on shapes</strong>:</p> <ol> <li>Stating polygons.</li> <li>Stating if pairs of lines are parallel, perpendicular or neither.</li> <li>Drawing parallel/perpendicular lines on shapes.</li> </ol> <p>The folder also includes worksheets that are differentiated and scaffolded for the lesson.</p>