[QUOTE=credesniper;28369557][b]Jean is[/b] shorter than Brutus but [b]taller than Imhotep[/b]. [b]Imhotep is taller than Jean[/b], but shorter than Lord Scotland. Lord Scotland is twice the height of Jean and Brutus combined but only one-tenth of the height of Millsy. Millsy is at a constant height of x − y. If Jean stands exactly one nautical mile away from Lord Scotland, how tall is Imhotep?[/QUOTE]
Contradiction!
[editline]1st March 2011[/editline]
[QUOTE=deggie;28369619]A black man lives in a black house. A purple woman lives in a purple house.
Who lives in the white house?[/QUOTE]
The US President, Barack Obama.
Woooooohooo correct
[QUOTE=credesniper;28369557]Jean is shorter than Brutus but taller than Imhotep. Imhotep is taller than Jean, but shorter than Lord Scotland. Lord Scotland is twice the height of Jean and Brutus combined but only one-tenth of the height of Millsy. Millsy is at a constant height of x − y. If Jean stands exactly one nautical mile away from Lord Scotland, how tall is Imhotep?[/QUOTE]
Oh my god I fucking hated these types of riddles in Junior High.
[QUOTE=EvilMattress;28369696]Oh my god I fucking hated these types of riddles in Junior High.[/QUOTE]
It can't be solved.
It's the future and Queen Elizabeth III and Queen Elizabeth IV are going to a party held by Queen Elizabeth V. They're keen to make the right impression so it's important that they choose their outfits carefully. Queen Elizabeth III has forty dresses to choose from, where as Queen Elizabeth IV has four thousand. Queen Elizabeth V has just one dress, but it has the ability to transform itself into the shape of any dress. The night before the party Queen Elizabeth IV’s handmaiden steals the paterns to Queen Elizabeth III's dresses and working through till dawn makes forty exact replicas. Can you calculate the probability that all three queens will be wearing the same dress at the party and how many times can Queen Elizabeth V's dress change before it overheats?
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