xhac (![[info]](http://p-stat.livejournal.com/img/userinfo.gif){kind=small} xhac) wrote,@ 2006-06-05 17:04:00 |
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MTBD theorem
After years of research, I have found the following theorem to be accurate.
MTBD (Mean Time Between Drops) Theorem:
Given any newly acquired electronic device, the time between drops (ie the time that passes between two consecutive major drops [>1m]) of said device will diminish exponentially with time.
Corollary: Intentional TBD (a.k.a throws, tosses, poundings) follow the same distribution with different factors
Corollary 2: Given two consecutive drops and a durability/resilience factor we can calculate the time when the device will be crushed/ rendered inoperative.
After years of research, I have found the following theorem to be accurate.
MTBD (Mean Time Between Drops) Theorem:
Given any newly acquired electronic device, the time between drops (ie the time that passes between two consecutive major drops [>1m]) of said device will diminish exponentially with time.
Corollary: Intentional TBD (a.k.a throws, tosses, poundings) follow the same distribution with different factors
Corollary 2: Given two consecutive drops and a durability/resilience factor we can calculate the time when the device will be crushed/ rendered inoperative.
Mood: calculating
