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BRAIN53
Mon 04 Dec, 2006

Scientific Proof That Santa Doesn't Exist
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There are approximately two billion children <b style="color:#FFA34F"></b>(persons under 18)<b style="color:#FFA34F"></b> in the<b style="color:#FFA34F"></b>
world.<b style="color:#FFA34F"></b> However,<b style="color:#FFA34F"></b> since Santa does not visit children of Muslim,<b style="color:#FFA34F"></b> Hindu,<b style="color:#FFA34F"></b><b style="color:#FFA34F"></b>
Jewish or Buddhist religions,<b style="color:#FFA34F"></b> this reduces the workload for Christmas<b style="color:#FFA34F"></b>
night to 15%<b style="color:#FFA34F"></b> of the total,<b style="color:#FFA34F"></b> or 378 million <b style="color:#FFA34F"></b>(according to the Population<b style="color:#FFA34F"></b>
Reference Bureau)<b style="color:#FFA34F"></b>.<b style="color:#FFA34F"></b> At an average <b style="color:#FFA34F"></b>(census)<b style="color:#FFA34F"></b> rate of 3.5 children per<b style="color:#FFA34F"></b>
household,<b style="color:#FFA34F"></b> that comes to 108 million homes,<b style="color:#FFA34F"></b> presuming that there is at<b style="color:#FFA34F"></b>
least one good child in each.<b style="color:#FFA34F"></b> Santa has about 31 hours of Christmas to<b style="color:#FFA34F"></b>
work with,<b style="color:#FFA34F"></b> thanks to the different time zones and the rotation of the<b style="color:#FFA34F"></b>
earth,<b style="color:#FFA34F"></b> assuming he travels east to west <b style="color:#FFA34F"></b>(which seems logical)<b style="color:#FFA34F"></b>.<b style="color:#FFA34F"></b> This<b style="color:#FFA34F"></b>
works out to 967.7 visits per second.<b style="color:#FFA34F"></b> This is to say that for each<b style="color:#FFA34F"></b>
Christian household with a good child,<b style="color:#FFA34F"></b> Santa has around 1/1000th of a<b style="color:#FFA34F"></b>
second to park the sleigh,<b style="color:#FFA34F"></b> hop out,<b style="color:#FFA34F"></b> jump down the chimney,<b style="color:#FFA34F"></b> fill the<b style="color:#FFA34F"></b>
stockings,<b style="color:#FFA34F"></b> distribute the remaining presents under the tree,<b style="color:#FFA34F"></b> eat<b style="color:#FFA34F"></b>
whatever snacks have been left for him,<b style="color:#FFA34F"></b> get back up the chimney,<b style="color:#FFA34F"></b> jump<b style="color:#FFA34F"></b>
into the sleigh and get on to the next house.<b style="color:#FFA34F"></b> Assuming that each of<b style="color:#FFA34F"></b>
these 108 million stops is evenly distributed around the earth <b style="color:#FFA34F"></b>(which,<b style="color:#FFA34F"></b><b style="color:#FFA34F"></b>
of course,<b style="color:#FFA34F"></b> we know to be false,<b style="color:#FFA34F"></b> but will accept for the purposes of our<b style="color:#FFA34F"></b>
calculations)<b style="color:#FFA34F"></b>,<b style="color:#FFA34F"></b> we are now talking about 0.78 miles per household;<b style="color:#FFA34F"></b> a<b style="color:#FFA34F"></b>
total trip of 75.5 million miles,<b style="color:#FFA34F"></b> not counting bathroom stops or breaks.<b style="color:#FFA34F"></b><b style="color:#FFA34F"></b>
This means Santa's sleigh is moving at 650 miles per second-<b style="color:#FFA34F"></b>-3,000 times<b style="color:#FFA34F"></b>
the speed of sound.<b style="color:#FFA34F"></b> For purposes of comparison,<b style="color:#FFA34F"></b> the fastest man-made<b style="color:#FFA34F"></b>
vehicle,<b style="color:#FFA34F"></b> the Ulysses space probe,<b style="color:#FFA34F"></b> moves at a pokey 27.4 miles per<b style="color:#FFA34F"></b>
second,<b style="color:#FFA34F"></b> and a conventional reindeer can run <b style="color:#FFA34F"></b>(at<b style="color:#FFA34F"></b>
best)<b style="color:#FFA34F"></b> 15 miles per hour.<b style="color:#FFA34F"></b> The payload of the sleigh adds another<b style="color:#FFA34F"></b>
interesting element.<b style="color:#FFA34F"></b> Assuming that each child gets nothing more than a<b style="color:#FFA34F"></b>
medium sized Lego set <b style="color:#FFA34F"></b>(two pounds)<b style="color:#FFA34F"></b>,<b style="color:#FFA34F"></b> the sleigh is carrying over 500<b style="color:#FFA34F"></b>
thousand tons,<b style="color:#FFA34F"></b> not counting Santa himself.<b style="color:#FFA34F"></b> On land,<b style="color:#FFA34F"></b> a conventional<b style="color:#FFA34F"></b>
reindeer can pull no more than 300 pounds.<b style="color:#FFA34F"></b> Even granting that the<b style="color:#FFA34F"></b>
<b style="color:#FFA34F"></b>"flying"<b style="color:#FFA34F"></b> reindeer could pull ten times the normal amount,<b style="color:#FFA34F"></b> the job can't<b style="color:#FFA34F"></b>
be done with eight or even nine of them-Santa would need 360,000 of<b style="color:#FFA34F"></b>
them.<b style="color:#FFA34F"></b> This increases the payload,<b style="color:#FFA34F"></b> not counting the weight of the sleigh,<b style="color:#FFA34F"></b><b style="color:#FFA34F"></b>
another 54,000 tons,<b style="color:#FFA34F"></b> or roughly seven times the weight of the Queen<b style="color:#FFA34F"></b>
Elizabeth <b style="color:#FFA34F"></b>(the ship,<b style="color:#FFA34F"></b> not the monarch)<b style="color:#FFA34F"></b>.<b style="color:#FFA34F"></b> 600,000 tons traveling at 650<b style="color:#FFA34F"></b>
miles per second creates enormous air resistance-this would heat up the<b style="color:#FFA34F"></b>
reindeer in the same fashion as a spacecraft re-entering the earth's<b style="color:#FFA34F"></b>
atmosphere.<b style="color:#FFA34F"></b> The lead pair of reindeer would absorb 14.3 quintillion<b style="color:#FFA34F"></b>
joules of energy per second each.<b style="color:#FFA34F"></b> In short,<b style="color:#FFA34F"></b> they would burst into flames<b style="color:#FFA34F"></b>
almost instantaneously,<b style="color:#FFA34F"></b> exposing the reindeer behind them and creating<b style="color:#FFA34F"></b>
deafening sonic booms in their wake.<b style="color:#FFA34F"></b> The entire reindeer team would be<b style="color:#FFA34F"></b>
vaporized within 4.26 thousandths of a second,<b style="color:#FFA34F"></b> or right about the time<b style="color:#FFA34F"></b>
Santa reached the fifth house on his trip.<b style="color:#FFA34F"></b> Not that it matters,<b style="color:#FFA34F"></b> however,<b style="color:#FFA34F"></b><b style="color:#FFA34F"></b>
since Santa,<b style="color:#FFA34F"></b> as a result of accelerating from a stop to 650 m.p.s.<b style="color:#FFA34F"></b> in<b style="color:#FFA34F"></b>
<b style="color:#FFA34F"></b>.001 seconds,<b style="color:#FFA34F"></b> would be subjected to acceleration dead forces of 17,500<b style="color:#FFA34F"></b>
g's.<b style="color:#FFA34F"></b> A 250 pound Santa <b style="color:#FFA34F"></b>(which seems ludicrously slim)<b style="color:#FFA34F"></b> would be pinned to<b style="color:#FFA34F"></b>
the back of the sleigh by<b style="color:#FFA34F"></b>
4,315,015 pounds of force,<b style="color:#FFA34F"></b> instantly crushing his bones and organs and<b style="color:#FFA34F"></b>
reducing him to a quivering blob of pink goo.<b style="color:#FFA34F"></b><b style="color:#FFA34F"></b>
<b style="color:#FFA34F"></b><b style="color:#FFA34F"></b>
Therefore,<b style="color:#FFA34F"></b> if Santa did exist,<b style="color:#FFA34F"></b> he's dead now.<b style="color:#FFA34F"></b>

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stubbie
Mon 04 Dec, 2006


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And yet the bumble bee can fly <b style="color:#FFA34F"></b>?<b style="color:#FFA34F"></b>?<b style="color:#FFA34F"></b>
