1 |
You might notice that if you extrapolate the amount of 90 year old players, you get 0. L2R graphs.
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1 |
You might notice that if you extrapolate the amount of 90 year old players, you get 0. L2R graphs.
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2 |
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2 |
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3 |
Again though, you have no way of knowing the distribution of age >50 or <14. The bounds are somewhat arbitrary (and a result of assuming linear steps and continuity).
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3 |
Again though, you have no way of knowing the distribution of age >50 or <14. The bounds are somewhat arbitrary (and a result of assuming linear steps and continuity).
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4 |
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5 |
I know you're joking, i just wanted to emphasize the method in question. We're always using models to explain stuff, knowing the assumptions and limits of your model is vital.
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5 |
I know you're joking, i just wanted to emphasize the method in question. We're always using models to explain stuff, knowing the assumptions and limits of your model is vital.
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6 |
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6 |
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7 |
Also, here's a bar chart, if you want:
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7 |
Also, here's a bar chart, if you want:
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8 |
[img]http://i.imgur.com/0QWSe8q.png[/img]
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8 |
[img]http://i.imgur.com/0QWSe8q.png[/img]
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9 |
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10 |
(
Yes,
i
moved
the
slider,
which
means
the
bars
for
the
undetermined
age
ranges
cut
off
at
a
different
value)
.
|
10 |
(
Yes,
i
moved
the
slider,
which
means
the
bars
for
the
undetermined
age
ranges
cut
off
at
a
different
value.
Note
that
moving
the
slider
has
zero
impact
on
the
other
bars
though!)
.
|