Learning Objectives:- • Identify the properties of 3D shapes including cubes, cuboids, cylinders, pyramids, cones and spheres. • Know and apply formulae to calculate volumes of cuboids and other right prisms (including cylinders) • Calculate the surface area of spheres, pyramids, cones and composite solids.

I am going to UNPACK these Maths Problems! To effectively solve problems in mathematics, and for you to get all of the ‘P’ marks in the exam, you will need to UNPACK the questions. This work booklet shows students how to ensure that they get the full marks when tackling problems solving questions in the exam. By following the UNPACK rules below, it will enable you to ensure that you get the full-marks for all problem-solving questions: - Underline important information in the question Understand what the question is asking me What maths Processes will I be using? My Answer in the question Have I Checked my work? I Know my answer makes sense

Workbooklet for students to use to gain an understanding of Sequences

Learning Objectives:- Derive and apply properties of polygons (and know their names) Correctly use geometrical terms, label triangle sides and angles and draw diagrams from written descriptions Calculate interior and exterior angles in regular polygons Identify lines or symmetry and rotational symmetry order

Learning Objectives:-­‐ Construct and interpret cumulative frequency diagrams (for grouped discrete as well as continuous data) Interpret and construct box plots Use measures of central tendency and measures of spread to interpret, analyse and compare the distributions of data sets

Learning Objectives:- How to generate a Vector, and Add and Subtract vectors Consider transformations rotation, reflection, translation and enlargement (including fractional scale factors)

Learning Objectives:-­‐ • Describe the probability of an event occurring using probability words • Use a probability scale • Theoretical Probability and Mutually exclusive events • Relative frequency • Enumerate sets and combinations of sets systematically, using tables and grids • Record, describe and analyse the frequency of outcomes of probability experiments using tables and frequency tress (probabilities as fractions, decimals or percentages) • Enumerate sets and combinations of sets systematically, using Venn Diagrams

Learning Objectives:- Relate ratios to fractions and linear functions Divide a quantity in a given ratio Convert standard compound units in numerical and algebraic contexts

Learning Objectives:- Know and use trigonometric ratios for right-angled triangle to:- Find the length of a missing side Find the size of a missing angle

Learning Objectives:- o Add and subtract fractions including improper fractions and mixed numbers. o Multiply and Divide fractions

Learning Objectives:- • Recognising place value • Ordering whole numbers • Recall all positive integer complements to 100 • Understanding place value and round to a given power of 10 • Round to the nearest integer • Round to a given number of decimal places • Estimate answers to problems involving decimals • Round a number to one significant figure

Learning Objectives:- • Solve linear equations with one unknown on one side • Derive equations from geometric and other forms of problem • Solve two linear simultaneous equations in two variables algebraically

Learning Objectives:- Be able to name and draw horizontal and vertical equations Be able to draw an equation onto axis using the table method Identify and interpret gradients and intercepts of linear functions, both algebraically and graphically.

Learning Objectives:- Simplify algebraic expressions by collecting like terms (adding and subtracting) Expanding brackets Take out common factors to factorise Factorising and expanding quadratics

Learning Objectives:-­‐ Be able to categorise different types of data, including primary, secondary, discrete, continuous Interpret and construct charts and diagrams (including bar charts and pictograms) for categorical data Interpret and construct pie charts for categorical data Construct and interpret histograms with equal class widths (for grouped discrete as well as continuous data) Use graphical representations to interpret, analyse and compare the distributions of data sets from univariate distributions (discrete, continuous and grouped)

Learning Objectives:-­‐ Use and interpret scatter graphs Line of best fit Outliers

Learning Objectives:- Construct and interpret histograms with equal class widths (for grouped discrete as well as continuous data) Construct and interpret histograms with unequal class widths (for grouped discrete as well as continuous data)

A series of 17 workbooklets to be used with low ability KS3 students. Excellent for interventions. Student tracker and teacher tracker included. Workbooklets can be bought seperately.

I have created a series of 17 workbooklets to be used with low ability KS3 students. They can be purchased individually, or all 17 (plus 2 x trackers) can be purchased as a bundle. Excellent for interventions.

A resource to teach about Audiences. Used for the BTEC Tech Award in Creative Media Products, Component 1