Wow (read only if you're interested in maths)

Wow, indeed. My eyes have gone funny 🤨

 

I thought it was modern art , I'd hang that on my wall 

Please, Sir, can we colour it in? 

 

Sorry, Corners, no offence intended. 

Yes, but don't go over the lines 

I like that!

(OH wasn't impressed though)

Very clever Corners, even with vertical circles. Does the theorem have a name? 

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Without numbers as a guide I’m stumped😢, I can neither fill the gaps with the relevant colours nor join the lines. . . .Bummer☹️

actually you don't realise how happy that question makes teachers, and especially when on supply.

It is absolutely amazing the calming effect of colouring in has on the most 'challenging' of classes, even in year 11. Get out the crayons (posh kids will have their own gel pens) and everyone is happy and quiet. Really! I suppose it takes them back to primary school?

thanks for all the replies, I got this last night in the form of a question last night, what's the probability of drawing three circles and.....

It's one of those questions that you immediately think that can't be true, but then can it? Guess who sadly drew out some examples? 

Found out last night that you can use the same idea with 3D spheres (football, tennis, and table tennis balls) and tangent cones, a very easy to follow proof is here.

 

so... a caravan (club site naturally) has an infinite number of pitches and they are all taken, after 12 an outfit turns up, what happens?