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Post by elvisuk on Dec 8, 2010 13:48:20 GMT
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Post by mikkh on Dec 8, 2010 14:24:01 GMT
If 3 and 10 are opposite that makes it 4 houses to each red line of houses
1 I don't get the question. Smallest possible number? - that would be one house or 1 then? - with a very big garden
2 Largest number? 4x4 = 16
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Post by Lynnrose on Dec 8, 2010 17:29:06 GMT
I'm not even going to try to get my brain working on this one. I hope you have the answer somewhere Elvis, once others have had a go
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Post by elvisuk on Dec 8, 2010 19:17:48 GMT
"I hope you have the answer somewhere Elvis" answer? LynnRose,
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Post by Lynnrose on Dec 8, 2010 19:57:01 GMT
Does that mean you have?
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Post by elvisuk on Dec 8, 2010 20:11:57 GMT
Err Yes ;D
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Post by movieman36 on Dec 9, 2010 8:50:59 GMT
They won't build houses on the square, no enough profit. You could get a small block of flats on there and to get it past planning you could allocate the ground floor to retail outlets or offices, possibly with both A1 & A2 use.
Alternatively you could compulsory purchase all the houses around the square and put a motorway through or even build some very expensive stadium that can be either knocked down after two weeks or left to decay because nobody can afford to run it after 2012.
Me a cynic, NEVER
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Post by elvisuk on Dec 12, 2010 1:52:39 GMT
Hears the answer LynnRose,
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Post by mikkh on Dec 12, 2010 9:59:39 GMT
Nice detailed answers !
I can see the logic in 16 as I already explained in my first answer
To get 24 though? I can only assume they mean 24 touching the square and not fully in it if you get a piece of graph paper and turn it 90 degrees
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Post by Roz on Dec 12, 2010 19:23:11 GMT
How about for 24...
Odd numbers from 1 to 11 on the top side, carrying on down the left side 13 to 21. Then the even numbers running on the bottom and left side. Bottom right to left numbers 2 to 12 and up the left side with 14 to 24.
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