To celebrate the first 13 years of Murderous Maths, the MM Organisation is having a royal visit!
in the fun as we take you on a full tour of the MM headquarters including the Number Vaults, the Inside-Out room and the Department of Random Thinking. On the way you'll...
discover a 2,500 murder mystery
learn to play 4-dimensional Os and Xs
find out why your keyboard can never be in tune
solve the three oldest problems in the world
win a load of money
make your birthday last twice as long
... and see how the Evil Number 1 shapes the entire universe!
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Don't forget to click the EXTRA links for the details that we didn't have room for in the book.
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CONTENTS:
A Royal Visit 5g2065
How much will this new full colour book cost to make? The Murderous Pennies have the answer!
The Number Vaults 6dz4y
Find out why we've locked the Evil Number 1 up in its own cell! The Evil Gollarks try to buy a space battleship, Professor Fiendish has a diabolical coin trick and Urgum the Axeman gets into a fight. You'll see how the ingenious Sieve of Eratosthenes finds prime numbers, and then find how prime numbers can help you pay for pizzas, and how they can stop you being eaten, and how they could make you famous for ever!
the detective Sheerluck Holmes as he investigates triangle and square numbers, and then uncovers how the ancient Greek Pythagoras was driven to commit murder by the Evil number One!
The Everlasting Birthday 3m32q
Blade Boccelli and the gang work out a plan to make Dolly Snowlip's birthday last for ever - but can they really drive around the world at 786 miles per hour? Never mind , at least you'll find out how you CAN make your birthday last twice as long!
The Three Oldest Problems in the World... finally solved with some Murderous Maths! 2tp16
The ancient Greeks had no idea how to trisect an angle or square the circle - but MM shows how to do both, and also how the Greeks could have stopped a plague by doubling the cube. (O.k. we had to bend the rules slightly, but it's better than upsetting the gods and dying of plague!)
Learn to draw the Perilous Purple Loosestrife plus other shapes just using a straight edge and comes. You'll also find out how the ancient Greek Eratosthenes calculated the size of the Earth.
Once you've got past the strange stairways and secret doors find out how to cut something in half and yet leave it in one piece, and why broken spectacles = knickers!
Creepy Curves 5e5l4h
The Pure Mathematicians show off their new conic sections invention but Professor Fiendish breaks it with his revolting bottigrubs.
The mathematicians instead decide to build something very big and extremely dangerous to demonstrate the amazing cycloid curve, and you'll discover which part of a moving train always goes backwards.
The Ruler of Golomb 6ci2q
The great Rhun of Jephatti wants his rulers to measure different lengths with the minimum of markings. But how can these rulers help detect alien invaders?
How to play 4-dimensional Noughts and Crosses. 12633q
Normally we play O's and X's (or "Tic Tac Toe")in two dimensions, but when our royal visitors accidentally collapse into one dimension, you'll discover how to play 3-d and even 4-d noughts and crosses!
Who has got the perfect figure - a sunflower, the nautilus sea shell or the Parthenon in Greece? Full details of how the amazing golden ratio and the strange Fibonacci series control almost everything in the natural world. Even Professor Fiendish and his soppy snogmites find a way to in the fun!
When Binkie Fogsworth builds his own organ, all the notes sound exactly the same. Luckily the colonel and the duchess help to make it more tuneful, but they discover why it's impossible for any keyboard to be exactly in tune. Warning: watch out when Binkie plays that KILLER TOP C!
Ghost potatoes, the ham sandwich theorem and why is there always a cyclone blowing somewhere on earth? This chapter will really set your brain spinning, and there's another chance to be famous for ever just by doing a little drawing! All you need to do is sort out the FOUR COLOUR MAP THEOREM!
How to Win a Load of Money 1q4c5w
Whether it's cards, dice or vulture spit cocktails, Riverboat Lil always seems to beat Brett Shuffler! The secrets are all in Pascal's triangle, but that's not all! See how it links to an amazing Sierpinski Triangle using some super-cool chaos maths!
Riverboat Lil's Guide to Games d4b73
See how your chances of winning can be described with either fractions or a %. Lil examines lots of different games ranging from the odds of different poker hands to the chances of going to jail in Monopoly.
We don't use chess boards for playing chess! Instead you'll hear the story of the Cursed King, see the amazing Knights Move magic square and be dazzled by an extraordinary illusion!
When the Evil Gollarks land on earth, the moon and sun play a nasty trick! Check our guide to the other planets, make your own model of the solar system and find out why we're all moving at 18 miles per second. Finally we go into deep space to discover how the Evil Number 1 controls the shape of the galaxy!
Fiendish Facts 4e2y3k
Finally the professor finishes with a few peculiar items of his own.
Time to Go Home 1h3w1n
Sadly the tour is over but :
we answer the questions that nobody else will touch
the detective Sheerluck Holmes as he investigates triangle and square numbers, and then uncovers how the ancient Greek Pythagoras was driven to commit murder by the Evil number One!
The ancient Greeks had no idea how to trisect an angle or square the circle - but MM shows how to do both, and also how the Greeks could have stopped a plague by doubling the cube. (O.k. we had to bend the rules slightly, but it's better than upsetting the gods and dying of plague!)
See how your chances of winning can be described with either fractions or a %. Lil examines lots of different games ranging from the odds of different poker hands to the chances of going to jail in Monopoly. 
