A series of examples and full solutions on the following topics - Volume of a Prism (cuboids, cylinders and triangular prisms) - Surface Area of a Prism (cuboids, cylinders and other prisms)

This is a series of worksheets testing a range of algebra skills. This is the rough order of increasing difficulty: Simplify and Brackets - Simplify 2t + 5t - Simplify 2(x+3) – 4 Substitution - If a = 3 and b = 2 find 3a – b Inequalities - Find the set of dice rolls where x > 3 - Find two consecutive numbers that add up to eleven Full solutions included.

Practice question on topics that pupils might come across when sitting extra maths tests for admission to Cambridge, Oxford, or some other universities. The topics covered are: Worksheet 1 - Trapezium Rule, Fixed Point Iterations Worksheet 2 - Equations, Proportion, Probaility, Riddles Worksheet 3 - Graphs, Logarithms Worksheet 4 - Inequalities, Necessary and Sufficient, Proof, Logic Worksheet 5 - Sine and Cosine Rule, Trig Identities All with full solutions. (See my other resource for all the STEP Statisitc questions)

A set of worksheets building up to an investigation about the time it takes for an object to drop that can be done in the classroom to practice the skills learned. The sections are: - Basic Skills (factorising, simplifying fractions, solving equations) - Questions (rearranging linear formulas, quadratic formulas, and more difficult formulas too) - Investigation (how long it takes a ball to drop, using a formula and testing it) All provided with full solutions

Questions on the volume and surface area of a cuboid, cylinder, prism. Includes changing units between cubic centimetres and litres. Includes one worksheet with answers and a follow-up worksheet too. Edit: added summary sheet and another worksheet

Two starters on calculating back bearings. The first relies on estimating bearings, the second on calculating a back bearing from a given bearings.

A series of two part problems in the style of exam questions. Part (a) of each question is a proof using the trig identities. Part (b) then uses that proof to either solve a trig equation, find an integral, or differentiate to find the equation of a tangent. Answers given at the end.

These two activities extend from 3 by 3 to 4 by 4 magic squares. Pupils design an individual magic square then search for groups of four numbes that add up to 34 (there are lots). Good practice with simple addition and subtraction strengthening number bonds, then for more advanced pupils using algebra to get a more general solution Edit: Added a bank of more 4 by 4 magic squares that pupils can use to find more groups of 34

Tips, questions, and solutions covering the following topics: Sequences, Lines, Circles, Vectors, Logs, Polynomials and Functions. Edit: Added 2023 exam tips

Two Power Point slides of lesson starters for Distance Speed Time. The first involves reading a timetable, converting the time from hours and minutes to hours, then finding a speed (and for advanced pupils thinking about why the speed is so slow). The second will take longer and involves converting m/s to km/h, then an extended question about a boat journey which involves a few calculations then drawing a distance-time graph. Solutions included on the Power Points.

A series of three Power Point slides on tricky log questions. Useful for revision of Higher Maths. Edit: added logs and exponential graphs.

his is 12 sets of questions covering a range of topics. They can be used in class, as revision or as homework. Full solutions included. The topics covered are: • Question Set 1: Mixed arithmetic, time, algebra and negative numbers • Question Set 2: Statistics and Numeracy practice • Question Set 3: Statistics, Time and Big Numbers • Question Set 4: Statistics, Negatives, Co-ordinates & Scales • Question Set 5: Statistics, Algebra, Numeracy • Question Set 6: Fractions, Decimals, Percentages and Units • Question Set 7: Decimals, Mean and Multiplication • Question Set 8: Area Division Coordinates and Patterns • Question Set 9: Stats, Volume, Time & Money • Question Set 10: Area, Angles, Perimeter & Money • Question Set 11: Numeracy, Area, Angles, Coordinates • Question Set 12: Area, Angles and Accurate Drawing

A write-on worksheet with 18 short questions revising exact values of trigonometry, Most questions simple e.g. sin(60) and also includes angles above 90 degrees, radians and a few questions on inverse trig. Solutions at the end.

A PowerPoint introduction and worksheet about gradient.

A Power Point to (start to) answer the question of why we have 60 minutes in an hour. Wouldn't it be much easier if there were 100? Includes a few simple questions for pupils on finding fractions of 60.

Practice in forming and solving simultaneous equations. We often talk about equations being 'in balance' and 'doing the same to both sides'. This worksheet makes that visual idea very obvious to pupils as they are presented with a series of balanced seesaws with animals on them. Each pair of seesaws leads to a pair of simultaneous equations, which can then be solved in the usual way, to find the weight of each animal. Provided with solutions.

A financial activity to design your own bedroom and pay for it. You will need something like the Argos Catalogue (or IKEA catalogue) to use.

A powerpoint with some simple questions converting between binary and decimal. Answers provided

A 4-page write on worksheet exploring basic symmetry and diagonals and other properties of 2D Shapes. Full Solutions provided.

Practice Questions on one-sample and two-sample versions of the following tests • z-test for a difference in population means • t-test for a difference in population means (including paired) • z-test for a difference in population proportions