This is an attempt to make rearranging equations accessible in real-life.

Go through the circle theorems with your class then get them to use their newly found knowledge when calculating the missing angles on these logos for the embroidery machine.

Using loci which criminals are caught in each of the four situations. This involves the locus around a point, perpendicular bisector and angle bisector. Have tried to show rough answers too, if it helps.

Here are some simple average questions from sets of data, plus one question using a frequency table too, all on one sheet.

Very short but a Tim Vine one-liner as the prize!

Decide who won the prize in the quiz by using equivalent fractions. Just a quick starter or plenary using fractions in a bit of context.

Calculate how much each person raises by summing three arithmetic and a geometric series.

Trying to put recurring decimals into context is always going to be quite tough, but I thought this would help.

A short exercise converting imperial measures to metric for the "Time Travelling Handyman" (a rather bad sounding super hero, I know). I have tried to involve length, capacity and mass.

Name the company and describe the symmetry of each logo plus students can do their own afterwards if they wish.

Please excuse the pun in the title but I can't believe it&'s not been done before (maybe it has and I&';ve missed it). Various locus related situations for Thor to navigate in order to defeat Loki's recruits.

Guide Deputy Nick Crimes past the shufflers and nibblers (zombies) by construction accurate paths upon which he must travel and loci upon which he must pay close attention. Six different situations involving perpendicular bisectors, angle bisectors and loci. Worksheet available for student to draw on and PowerPoint has animated answers.

Deputy Nick Crimes needs to navigate at night using bearings and exact distances between locations to avoid zombies. Can you find the bearings and distances he requires?

A little known fact about Santa's helpers the elves is that they are very keen mathematicians. They have written down various bits of information required by Santa in algebra. Help Santa sort it all out. Contains simplifying expressions, solving equations, expanding and factorising and co-ordinates on graphs.

Superman can only throw half as far as usual as he is back on Krypton. Find the midpoints of the pairs of co-ordinates to spell out which villain he's trying to catch.

Wreck It Ralph, Disney's new hero, likes smashing up Fit-It Felix&'s rectangles. Calculate the area of the rectangles left after Ralph has been working his magic! It&';s double sides where the first side is all rectangles and the other side is triangles and circles.

A student asked me in a lesson today 'Who is ever going to use this in real life?'. So I did this as an example. Students choose on which 2 of 5 roads should speed cameras be installed and explain why they made their choice.

Three enlargements for the students to solve for the animators of the sequel to classic eighties Disney hit 'Honey, I Shrunk The Kids' It involves co-ordinate grids, fractional and negative enlargements that they have to describe.

Join Woody (from Toy Story) on his fraction ranch, helping to put the animals into the correct pens, feeding them and getting bales of hay together too. This involves equivalent fractions, fraction of an amount and adding fractions. The powerpoint now contains a video!

Even superheroes get performance managed as the Avengers have to read from these graphs during their annual appraisal with Nick Fury. I just wanted a different way of looking at stats graphs.