Therefore, I think they're most likely expecting you to treat it as if each ticket is an independent trial, i.e. the "How many rolls of the dice" deal.
Doesn't that still come out to twenty?
Oliver ,'Conviction (1)'
Off-topic discussion. Wanna talk about corsets, duct tape, or physics? This is the place. Detailed discussion of any current-season TV must be whitefonted.
Therefore, I think they're most likely expecting you to treat it as if each ticket is an independent trial, i.e. the "How many rolls of the dice" deal.
Doesn't that still come out to twenty?
t props chin in hands and watches the pwetty bwains
Right, but it isn't independent trials. Can we really regard it that way?
Doesn't that still come out to twenty?
Oddly, no. I understand that bit. Er, I think.
So, watched the last few minutes of Alias tonight.
Where, as Paul and I both noticed, they invaded Fisher Plaza! (Where Paul worked until last year.) Paul was all, "Hey! That's my old rooftop! Hey! I've been in that stairwell!"
Those were the sat dishes he controlled!
Doesn't that still come out to twenty?
No, then it comes out to the value of n such that 0.975^n = 0.5. There are logs involved. It's a thing.
Right, but it isn't independent trials. Can we really regard it that way?
If there are, say, 40,000,000 tickets, then it's effectively independent. If it's 4,000 it's probably close enough. It'd have to be a very small lottery for it to be materially different from independent.
So, each different lottery ticket is like an entry in a totally different lottery?
Em turns a year in a week and a half.
Holy crap.
Hey Rio! How's the bod? (Was it your hip, with the moving machine and the whatnot?) Did you answer that already and I skimmed by?
Since TV Guide changed their format I haven't seen them in checkout lines. Have other people noticed this, or is it just where I shop?
So, each different lottery ticket is like an entry in a totally different lottery?
Well, enough like it to treat it that way. If you have 40,000,000 tickets and 1,000,000 winners, then whether or not ticket A is a winner does almost nothing to the probability that ticket B is a winner.