KS3 / GCSE PowerPoint Activity. Same idea as my first megapower, slides of question on a range of topics. Tried to take on what people said about the last one so have tried to make slides clearer and more importantly have put answers up. Please remember that there are well over 10000 answers on here so a couple are going to be wrong due to slips when i was working them out.(includes fractions,decimals percentages, transformations, trigonometry, area, angles, construction, equations, quadratics, sequences, graphs, sampling, probability and a load more)\n\n\nBen

A powerpoint which covers most fraction topics. Includes simplifying, equivalent fractions, adding, subtracting, multiplying and dividing, conversion to decimals and percentages, ordering fractions, finding fractions of amounts. \n\nThere are questions to practise with. I intend to give it to students so they can take it home to revise from, these aren't intended to be full lessons. Hope you find it useful.\n\nLittle error with adding fractions slides sorted out

A worksheet with starter, main and extention for solving quadratics using the trail and improvement method

A simple KS3 powerpoint showing adding and subtracting fractions with the same and different denominators. Tfere's a warm up on LCM and equivalent fractions and some queestions with answers at the end.

A simple homework sheet on metric conversions

KS3 Activity. Simpsons activity. A set of cards with simpsons characters and fractions. The main activity of the lesson is to find how many sweets everyone in springfield ate if they were all given a bag of 24 sweets. A little starter on division and some animations showing how to split piles of sweets into given fractions. I used this with bottom set year 7 to start fractions and they liked it especially as i gave them all 24 skittles to help them practise ( i told them the 'S' stood for springfield).

A lesson on completing the square with a quiz for a starter, a few examples and a quiz at the end

Here is a collection of circles powerpoints, not just questions but examples and instruction. Includes answers. Covers what is pi, area and circumference, sectors, segments, perimeters, compound shapes, volume of cylinders, cones and spheres, equation of a circle, simultaneous equations, circle theories, pretty much all circle stuff i could think off. Includes a bit of rounding practise.

A collection of multiple choice percentage quizzes; has multipliers; reverse percentage; percentage increase and decrease; converting fractions and decimals to percentages; and finding percentages mentally.

Algebra: substituting, multiplying brackets, y=mx+b, slope, solving equations, collecting like terms, writing expressions. Hope you find them useful.

A little animation showing how to try to teach adding and subtracting negative numbers, some questions at the end.

A simple KS3 powerpoint showing how to find the area of rectangles, parallelograms, triangles and trapeziums (trapezia?). some quesyions at the end with answers.

A powerpoint showing how the graphical methods for solving simultaneous equations using the cover up method. Not sure it's the most mathematically sound way of teaching it in the world but worked with the group i had, horses for courses and all that

A KS3 powerpoint showing how to divide by decimals with some questions at the end.

A powerpoint trying to show students how to find 3d coordinates by watching a point moving across, up and out. Some questions at the end finding the coordinates of spots in the middle of a face on a cube. Good for a starter for the topic.

A simple worksheet about using y=mx+c to find coordinates and test to see whether a coordinate is on a line or not, will be using it with a low ability GCSE group.

Assessment for Learning. This is my attempt at creating some form of assessment for secondary school pupils who are working on P levels, because i couldn't find anything. I&'ve made it by going through descriptions of the levels and trying to think of tasks. Hope you find it useful. Please if you have anything more suitable please give me a message becasue i&';m desparate for something good.

KS3 interactive powerpoint on angles in regular polygons with questions at the end with answers. Hope you find it useful.

The idea here is that each slide is put onto a card and students have to sort them into two groups true or false. For every false card students must draw an example of it being false (counter example). This is my first resource going up here, please be nice.

Simple bearings handout, with a starter main and extention. Starter has drawing angles and covers rules of bearings, extention asks students to find a link from bearing from A to B and bearing from B to A.