- 22,820
- 14,875
Wordle 1 092 3/6















(0, 6, 231, 338, 168, 41, 5, 789)fresh_42 said:All these results look rather compatible. I think we should make another test on our overall results. Please report the vector ##(v_1,\ldots,v_7,v_8) = (\ldots)## where ##v_j## represents the number of "solved in ##j## guesses" for ##j<7\, , \,v_7=## "number of failed attempts" and the check sum ##v_8=## "number of total rounds".
Mine is: ##(0,37,181,278,165,48,20,729).##
1, 39, 348, 244, 32, 8, 0, 672.fresh_42 said:All these results look rather compatible. I think we should make another test on our overall results. Please report the vector ##(v_1,\ldots,v_7,v_8) = (\ldots)## where ##v_j## represents the number of "solved in ##j## guesses" for ##j<7\, , \,v_7=## "number of failed attempts" and the check sum ##v_8=## "number of total rounds".
Mine is: ##(0,37,181,278,165,48,20,729).##
I always disliked plots of normal distributions together with data that is quite evidently very very discrete ….kuruman said:I have also attached a plot (at no extra cost) showing a calculated normal distribution based on μ and σ obtained from the data
It's only my curiosity to see how close the continuous distribution comes to the discrete. I have removed the offending plot. Do I get a smiley face now?Orodruin said:I always disliked plots of normal distributions together with data that is quite evidently very very discrete ….![]()
Better! You get akuruman said:It's only my curiosity to see how close the continuous distribution comes to the discrete. I have removed the offending plot. Do I get a smiley face now?
Orodruin said:Better! You get a![]()

Even if I understood what you want from me I'm afraid that all the ones I skipped would eff it up. :)fresh_42 said:All these results look rather compatible. I think we should make another test on our overall results. Please report the vector ##(v_1,\ldots,v_7,v_8) = (\ldots)## where ##v_j## represents the number of "solved in ##j## guesses" for ##j<7\, , \,v_7=## "number of failed attempts" and the check sum ##v_8=## "number of total rounds".
Mine is: ##(0,37,181,278,165,48,20,729).##
Not really, since I add all vectors. And the more I get at the upper end, the more I need the other ones to get a meaningful average.sbrothy said:Even if I understood what you want from me I'm afraid that all the ones I skipped would eff it up. :)