The Improbability Factor Equation
Created and Developed by Luke Lemmonpop
Improbability Factor Equation
z-4q+§-√odd sound/decisecond
---------------------------------------
u∙æ
WHERE:
z= amount of time seen by humans
q= longitude + latitude of object in question
§= Schrödinger's cat
u= any random number given when asking a four-year old
æ= Uncertainty Principle
In words: Z minus four Q minus the square root of odd sound per decisecond all divided by U times æ
z-4q+§-√odd sound/decisecond
---------------------------------------
u∙æ
WHERE:
z= amount of time seen by humans
q= longitude + latitude of object in question
§= Schrödinger's cat
u= any random number given when asking a four-year old
æ= Uncertainty Principle
In words: Z minus four Q minus the square root of odd sound per decisecond all divided by U times æ
For example: If on any given Tuesday at 4:00 I am in my room, then I am anywhere between 54 random and pineapple random. However, if it is in February, and the weather has been bitterly cold, then I am most likely fourty-pi random.