This is a series of PowerPoints and questions introducing and testing knowledge of Distance, Speed and Time. Starting with simple Time questions, pupils will learn how to recognise different types of DST question, and how to solve them. - Some introductory questions that check pupils can convert between 12hr and 24hr time, and convert between hours and minutes - Checking pupils can recognise whether they are being asked a Distance, Speed or Time question. - Estimating speeds of different forms of transport - A class project for each group to work out the time it takes to get somewhere, by different forms of transport - A couple of PowerPoints on timetables DST Starters - Some standard test-level DST questions - A spreadsheet and graph of the distance from school and time it takes to get there from one example class.

These are the course notes I have been using for the last few years to teach Advanced Higher Statistics. I wrote them myself, based on the SQA course description, and have included lots of examples. Included in this bundle AH Statistics Course Notes AH Statistics Formulas to Memorise (A list of all the important facts that need to be remembered for Advanced Higher Statistics, that are not in the formula sheet) AH Statistics 150 Quick Questions (A set of short questions covering all aspects of the Advanced Higher Statistics Course) AH Statistics 14 Tests (A revision resource giving a summary of the 14 hypothesis tests in the course:) AH Statistics Course Summary (Short questions on each aspect of the course and links to the place in the SQA Course Specification) All included with full solutions. If you spot any mistakes please let me know. Last update: March 2023

An introduction to Game Theory that I gave to a class of smart 16 year olds. Introduces the idea of a game, and gives some examples of simple two player games and up to zero sum games. Some fun examples of games you can play in class!

A series of worksheets covering all aspect of rounding. - money, rounding to the nearest pound/kilogram/penny - rounding to the nearest 10,100,1000 - using rounding to approximate answers - using rounding to approximate on more difficult problems Full solutions provided to worksheets.

A problem solving scenario to combine skills, useful for revision and group work. The skills tested here are: • Working with surds • Finding the area of a sector • Finding the length of an arc • The distance between points in 2D space (Pythagoras) • Dealing with scale factors • Meaning of parallel and perpendicular Pupils will also need good communication skills and teamwork (if working in groups). Provided with teacher notes and full worked solutions.

A set of revision questions involving bearings and then bearings with trigonometry - something pupils usually need a lot of practice on.

A fun lesson that introduces Graph Theory through the example of Facebook. The Powerpoint introduces it and then the worksheet lets them practice. Key terms learned are: edges, vertices, degree, connected.

A fun activity to be done alone or in pairs. The first puzzle is easier (no subtracting negatives) and the second one includes subtracting negatives. Based on original from eam_larkin.

Everything you need to revise angles! The first Power Point covers - types of angle, angles in circle (360), angles on a straight line (180), angles in a triangle (180), corresponding and alternate angles, right angled and isosceles triangles The second Power Point covers - a big one-slide recap, a challenging question, places you might see some of the shapes involved

How much does a squirrel weigh? Use the scales to find out! This is a nice way to introduce algebra equations. Each seesaw is perfectly in balance, which leads to a simple equation to find the weight of an animal. This is very intuitive and pupils will have no trouble 'seeing' the first few, then will need to start using algebra to solve the harder ones. Answers provided.

A simple world map Starter Question introducing the idea of co-ordinates with longitude and latitude.

A worksheet with explanations then questions on radians. Includes converting to and from degrees.

A Powerpoint introducing negative numbers, then some practice with temperatures.

Shed Loads of Practice (SLOP) is about pupils solving a huge number of easy questions quickly to gain fluency. This is an Excel workbook that generates questions on the following topics. Some are basic numeracy some National 5 / GCSE or Higher Maths level. Negative and Positive Numbers Odd and Even Numbers Combining like terms Expanding brackets Percentages finding the multiplier Trig standard values Scale Factor Indices Print it out and give pupils just a few minutes to fill them all in.

Practice ratio questions on simplifying ratios dividing a sum ratio problems Extension problems included too, and answers. 2021 - added a ratio homework with answers

Powerpoints with two example timetables (Glasgow to Belfast and Glasgow to Cornwall) and accompanying questions

Two sets of worksheets with solutions on - recognising and drawing fractions - finding simple fractions of an amount - simplifying fractions - equivalent fractions And one further worksheet with more routine practice, plus a Power Point with some simple questions

This is an investigation for the whole class to do at the same time, investigating the seemingly simple idea of the four corners of a rectangle. It will force pupils to get out of the simple thinking that every rectangle has to be lined up with the co-ordinate axes, with a horizontal base and vertical sides. Can be done visually, or for more able pupils with algebra and straight lines. Full solutions included.

Extra resources for this SQA Course. Students will learn how to use Excel and then analyse some simple data with it. Suitable even for complete Excel beginners.

A problem solving scenario to combine skills, useful for revision and group work. The skills tested here are: • Linear equations, including x-intercept and y-intercept • Solving simultaneous equations • Finding the formula for a sine wave from a graph • Indices • Surds • Changing the subject of a formula Pupils will also need good communication skills and teamwork (if working in groups). Provided with teacher notes and full worked solutions.