Working towards a deterrence formula.
Similar disclaimer to the prior post - I take none of the following seriously, and do not believe you should either.
OK. So this is what I get.
First. The cost of not getting sued is equal to:
((Probability of not having an accident) * (Probability of no fraudulent suit)
(Probability of having an accident) * (Probability of no victim suit))
Cost of the Precaution.
Then, in each of the four lawsuit states (accident + suit + verdict; accident + suit + acquittal; no accident + suit + verdict; no accident + suit + acquittal) you add the cost of the burden.
So the formula is going to include 4B.
In both verdict states, the total cost is equal to the maximum cost of liability + the maximum cost of litigation.
So, the formula is going to include 2(Lmax + Smax)
Also, each acquittal state is going to equal the maximum cost of litigation. So, that's 2(Smax)
2(Lmax + Smax) gets multiplied by the probablity of an accident + the probability of getting sued by a victim TIMES the probability of not having an accident + the probability of getting sued by a fraud.
The same can be said for 2(Smax).
OK. So we can narrow the number of variables.
Let v be the probability of getting sued by an honest victim.
Let f be the probability of getting suted by a fraud.
Let a be the probability of an accident.
Let j be the probability of a just verdict (you lose because you hurt the guy)
Let i be the probability of an unjust verdict (you lose despite causing no harm)
Let B be the cost of a burden.
Let S be the maximum cost of a litigation.
And let L be the maximum cost of potential liability.
2 * ( L + S ) * ( avj + ( fi - afi ) )
PLUS
2S (( av - avj ) + ( f - fa - fi + fai )
PLUS
4B
PLUS
B * ( ( 1 - a - f + af ) + ( ( a - av ) )
My head hurts, and I think I messed something up in here.
Let's check it.
Total Cost = (2 * ( L + S ) * ( avj + ( fi - afi ) )) + (2S (( av - avj ) + ( f - fa - fi + fai )) + 4B + (B * ( ( 1 - a - f + af ) + ( ( a - av ) ))
I'm such a dumbass. I know how to use Excel.
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