The unexpected logic behind rolling multiple dice and picking the highest. скачать в хорошем качестве

The unexpected logic behind rolling multiple dice and picking the highest.

Check out Jane Street's icosahedron puzzle: https://www.janestreet.com/IMO2022/ 2022 International Mathematical Olympiad! https://www.imo2022.org/ If you want those d60 and d120 we sell them on Maths Gear or you can go direct to The Dice Lab. https://mathsgear.co.uk/collections/dice https://www.mathartfun.com/thedicelab... Here is my terrible python code. https://github.com/standupmaths/highe... Thanks to Gilad Levy for sending in the question. This is the best collection of maths about the problem we found at the time: https://rpg.stackexchange.com/questio... But much of that looks at getting a certain value OR GREATER whereas I focused on specific values and the average value. I’ve also noticed that Chalkdust just beat me with a similar article. Nice to see a different way (induction) to derive the same probability of getting specific value equation! https://chalkdustmagazine.com/feature... Cheers to my Patreons for buying me all those dice. If you think I still don't have enough dice, get involved here:   / standupmaths   CORRECTIONS Yes, on the bar chart axis it goes 2%, 4%, 2%, 4% instead of 2%, 4%, 6%, 8%. First spotted and pointed out by Deadeaded. It was just because I was copying and pasting in photoshop and forgot to edit it. Not because I was making that chart in a bar. At 23:07 I have (n=1) in the graphics which should be (n-1). Or maybe I put in two - and you should pick the highest. (Pointed out by Leick Robinson.) Marco Davi correctly noticed that the fifth Rhombic Dodecahedral Number is 369, not the 269 you see at 21:46. Let me know if you spot any other mistakes! Filming and editing by Alex Genn-Bash Dice gluing by Alex Genn-Bash Putting 1/n in front of everything by 1/nMatt 1/nParker Music by Howard Carter Design by Simon Wright and Adam Robinson