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Now lets get down something on the elections
You say the electoral college is bullshit
You say the popular vote is too close
What do you recommend oh wise one?
Electoral college is from slave mentality days when the New British thought that
no one could make an educated decision as well as they could. So we make electoral college. They elect the Pres & VP not the people.
Electoral college is not obligated to cast there vote in accordance with popular vote. And most of the time they conform to popular vote. Hence the lack of concern from the flock.
I believe the popular vote is all that matters hence
DEMOCRACY, elected by people with mandatory electronic ballots nationwide.
Mathematically you can win a few key states with a large number of electoral votes and lose in 40 states and still win election.
THIS IS WHY POLITCIANS ONLY VISIT CERTAIN STATES. Fla, Cali
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What friends do you have that cannot count a bag of M&Ms properly?
Your explanantion of a deviation is somewhat right, but your forgetting something, first your assuming that people cannot count properly. A deviation example is more properly applied to an experiment or a random sequence. Polls often use this since they are based on a sample. And since samples are not accurate representation of the true population, they will vary.
1) People make mistakes, if you dont believe me read the Newbie section for an
hour or two.
2) A poll is an experiment. An attempt to determine some outcome based
upon assumptions and numerical analysis. (i.e. Let me see all white people
are republicans live in suburbs and watch friends, basically an educated guess
based upon sterortypes.
3) An election is an documented event, with a basis in fact. Rudy goes to poll and
votes for A. The collection and interpretation of election data is in some states
an experiment.
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This was an election, and it was open to everyone. Basically they surveyed the entire population. You do not have deviation when you sample the entire population.
The vast majority of the US does not vote 2004 had the highest turnout in recent history. And still like on 50 - 60% of US voted.
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122, 295,345 individuals voted.
62,040,610 voted for Bush
59,028,444 voted for Kerry
There are like
240 million people in US QUOTE
Not to shit bricks on your parade, but your analogy is well.. shit.
You Sounds like your buddy in other thread with " Prisons are full of BLACK people" comment when prison poplulation is 2x population of negroes in US.
Evidently it is not filled with only black people
MATH is not
REPUBLICAN or
DEMOCRAT it is truth.
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You are comparing standard deviation, to sample error, when neither should be used.
Standard deviation is math term used to describe the accuracy of a process whether mechanical (i.e are all holes 3 inches), or statistical(noise in data collection from error) within some acceptable limit.
Ideally 100% of votes are counted mistake free but that is impossible. You do realize
people actually count ballots by hand and eye in most states.
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You are trying to say that the vote count on the election has some error. This would mean that a sample of the entire population was used.
We know that there were errors and there will always be errors because we are only human.
Engineers have a saying that "if you design something fool proof nature will
design a better fool"
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If it is a blind sample, then the error should be universal for all sides. Statistics says that even if there existed error in the polling process, that error would effect all possible outcomes equally. All you could argue is that the error changes the total effective participants, but should not change the ratio of difference significantly.
Tell you what take a quarter flip it into the air Heads or Tails 50/50 right.
Do it 2x then 10x then 50x then 1000x then 10000000x. Graph the occurance of tails vs heads for the given number of attempts. Will it always be 50 %??? Only two possible outcomes.
P.S. WTF?
?
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If it is a blind sample, then the error should be universal for all sides. Statistics says that even if there existed error in the polling process, that error would effect all possible outcomes equally. All you could argue is that the error changes the total effective participants, but should not change the ratio of difference significantly.