Archaicjinn
@archaicjinn.bsky.social
Hey my pronouns are He/They and I am an avid ARG enthusiast and Fallen london player living in the Pacific Northwest.
Meant .05.. etc.
February 13, 2025 at 11:09 PM
Meant .05.. etc.
Could I get the values of df=5 through 15? Or what is the tech to get this as a table.
Because if the difference follows a fibonacci pattern .
.005 difference between df 2 and 3
.003 difference between df 3 and 4
My Hypothesis is that it would
.002 difference to df=5
And .001 difference to df=6
Because if the difference follows a fibonacci pattern .
.005 difference between df 2 and 3
.003 difference between df 3 and 4
My Hypothesis is that it would
.002 difference to df=5
And .001 difference to df=6
February 13, 2025 at 11:01 PM
Could I get the values of df=5 through 15? Or what is the tech to get this as a table.
Because if the difference follows a fibonacci pattern .
.005 difference between df 2 and 3
.003 difference between df 3 and 4
My Hypothesis is that it would
.002 difference to df=5
And .001 difference to df=6
Because if the difference follows a fibonacci pattern .
.005 difference between df 2 and 3
.003 difference between df 3 and 4
My Hypothesis is that it would
.002 difference to df=5
And .001 difference to df=6
Oh i haven't gotten to Bayesian yet. My thought was that if there is a convergence between the distributions it could work as a shortcut for determining sample size given the margin of error.
What did you use to get the table you shared that's really useful.
What did you use to get the table you shared that's really useful.
February 13, 2025 at 10:48 PM
Oh i haven't gotten to Bayesian yet. My thought was that if there is a convergence between the distributions it could work as a shortcut for determining sample size given the margin of error.
What did you use to get the table you shared that's really useful.
What did you use to get the table you shared that's really useful.
I conceptualize it as painting the responses, from the initial data set on an N-Sided die, where N is the sample size.
And then rolling it.
And then rolling it.
February 13, 2025 at 7:39 PM
I conceptualize it as painting the responses, from the initial data set on an N-Sided die, where N is the sample size.
And then rolling it.
And then rolling it.
Ahhh thank you so much. I couldn't find an overlay that got that specific. So it's close but not quite. It's really fascinating. I love stats because it's where math, society and ethics all come together. For example, the fact that bootstrapping works. Boggles my mind..
February 13, 2025 at 7:35 PM
Ahhh thank you so much. I couldn't find an overlay that got that specific. So it's close but not quite. It's really fascinating. I love stats because it's where math, society and ethics all come together. For example, the fact that bootstrapping works. Boggles my mind..
It works with 2 degrees of freedom or higher.
February 13, 2025 at 1:15 AM
It works with 2 degrees of freedom or higher.
Where should I begin?
November 18, 2024 at 1:20 PM
Where should I begin?
Ohhh this looks fun
November 18, 2024 at 1:14 PM
Ohhh this looks fun