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(+1)

The chance is really low, I simulated about 1million trials (of 100 rolls from 4-7), and it is about 5 had 600 or higher as the total. So about 1 in 200,000 chance.

Another option is to assume normality (Gaussian distribution):

X = {4,5,6,7} with 25% chance each -> Mean = 5.5, Variance = 1.25

Call Y = X1 + X2 + ... + X100 (aka, 100 independent rolls of X)

Y mean = 550 (100 x 5.5), Y variance = 125 (100 x 1.25)

For a normal distribution to be > 600, with mean= 550, variance = 125, this has a chance of 0.999996128 which is a 1 in 258,257 chance.

So basically if you were able to try this every 20 seconds, you will be waiting for about a month or two to beat it with just air dice.

alr thank you for a good answer, i can now accept your reply as the truth, as ive not gotten that far in mathematics, i love it but yeah, or im going to a wierd language class, or im going to an art class, nothing with numbers atm

thank you for your information, I now know a bit more of math as well. have a good rest of your day
Ps the only reason i even declined the other person was because they didnt provide any proof at all

number of die

or do the water

I am incredibly confused, what do you mean? like are you correcting spelling mistakes, or what do you mean with number of die or do the water?

water die

number of die upgrade