@ekename,
Oh Eke, cut me sum slack why don’tya, Heuristics ain’t not my Alma mater, I’m more in tune with Visceral, a free spirit in mind and thought – and iffin’ y’all torn between two lovers… pick both! And I will take my hat off to ya!!!
BTW welcome to the mad house Visceral, I still laugh at the time you were confronted by Eke in very sexy lingerie and she purred softly, “Tie me up and you can do anything you want.” – So you tied her up and went golfing!!!
As I normally play around with myself, I really would look forward to a threesome because it takes a lot of balls to play golf as badly as I do!
Eke, I would say your POTS is a ‘DROpalME’. Unless you are using POTS as a metaphor for JUGS which was first recorded 1920 in Australian slang; in which case, I would like to get a handle on them.
Now back to your kute Cupids, and for the sake of clarity and to comply with the Performing arts work time directive, the numbers have risen to 10.
Okay, the first Cupid certainly kills a Monty.
The second Cupid has a 9/10 chance of killing a Monty.
What's the chance that the third Cupid kills a Monty?
Well, suppose the third Cupid shoots at Monty number k. What's the chance that neither of the first two Cupid’s shot that same Monty?
(9/10)^2, of course. Hence the expected number of Monty’s killed by n Cupid’s is
1 + (9/10) + (9/10)^2 + ... + (9/10)^(n-1).
The expected number shooting at any Monty is p/N.
The probability that no one will shoot at that particular Monty is
P(0) = (1 - 1/N)^p = [(N-1)/N]^p
The expected number of Monty’s with no one shooting at them
= N.[(N-1)/N]^p
(N-1)^p
= ---------
N^(p-1)
If p = 10 and N = 10 this expression gives
9^10
------ = 3.48678
10^9
Now plug in Eke’s numbers and hey presto!!!
I should ask that he pull the trigger again without spinning…
As we know that the first chamber fired was one of the four empty chambers. Since the bullets were placed in consecutive order, one of the empty chambers is followed by a bullet, and the other three empty chambers are followed by another empty chamber.
So if the trigger is pulled again, the probability that a bullet will be fired is 1/4.
If the chamber is spun again, the probability that I get shot would be 2/6, or 1/3, since there are two possible bullets that would be in firing position out of the six possible chambers that would be in position…
I would take the soliloquy and tilt at windmills. So if you will excuse me whilst I go into the outback to examine Sauropod footprints, traces of which have been uncovered in the remote Kimberley region in the north of Western Australia.
https://youtu.be/CwvazMc5EfE
So tune in next week to see iffin’ I survive or you can celebrate my demise.
GIVE GET
GIVE GET
GIVE GET
GIVE GET
STANDS
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