Math time.

Dec 07, 2006 00:28

Assuming:

Y = [t + 2I + A+ 2(SI + 2SA)]/400 300

and

X = 100% - YI would say my probability of returning to my home world within the next month would be between 65% and 75%. However, the short time I have been in camp is skewing the numbers just a bit, so that may be a conservative estimate. I would say the probability is closer to 45% or 50 ( Read more... )

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thearratik December 7 2006, 00:43:14 UTC
The likelihood of you ending up a furry animal by the end of the month.

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kagerou_da_ne December 7 2006, 00:48:14 UTC
Considering I know my limits in regards to the rules of the camp, I'd say 0%. However, accounting for Chaos Theory, I'd say they're probably actually between 3 and 4%.

Hello, Panthera.

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thearratik December 7 2006, 00:50:43 UTC
The camp rules aren't the only thing that turn you furry, apparently. One of the florists was a delightful little rabbit when I met him.

Hello, Naoe.

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kagerou_da_ne December 7 2006, 00:58:49 UTC
I see.

Considering I've only been afflicted with a camp effect for roughly four days of the two months I have been here, I would say between 10% and 15%.

But that is only for any status effect - in order to calculate my odds of furry rabbit-dom, I would have to know every camp virus and affliction that has ever occured.

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thearratik December 7 2006, 00:59:51 UTC
Excellent point.

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kagerou_da_ne December 7 2006, 01:04:13 UTC
Nothing is incalculable if you have the proper variables.

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thearratik December 7 2006, 01:04:46 UTC
But the variables here are always changing.

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kagerou_da_ne December 7 2006, 01:15:43 UTC
With viruses, yes. Some other variables are more constant and can be used in equations, though.

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thearratik December 7 2006, 01:19:48 UTC
Such as...?

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kagerou_da_ne December 7 2006, 01:37:45 UTC
The gravitational constant, for example, or Planck's constant.

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thearratik December 7 2006, 01:40:50 UTC
What is Planck's constant?

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kagerou_da_ne December 7 2006, 02:01:48 UTC
An expression of constant energy over a period of time. It is often seen in nuclear physics and quantum mechanics.

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thearratik December 7 2006, 02:08:05 UTC
So you use it to calculate expenditures of energy?

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kagerou_da_ne December 7 2006, 02:13:31 UTC
Yes - it's expressed in Joules per second, Joules being the amount of energy it takes to exert a force of one Newton for one meter.

One Joule per second is also known as a Watt.

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thearratik December 7 2006, 02:16:26 UTC
...the lightbulbs are in watts, yes?

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kagerou_da_ne December 7 2006, 02:22:45 UTC
Electricity, yes. Power plants measure their output in kilowatts.

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