Collapse model of the radioactive element to check in a roll（Experiment to understand a principle of the measurement in the generation with the radioactive element）

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I throw 100 dice and consider the number of eyes of ① which appeared to be the atom which collapsed. I remove the dice of ① for each once and count the number of left dice. It becomes the graph expressing an exponential function when I make the number of left dice a graph. It is unexpectedly pleasant to actually check the mathematics of the gamble. It is an experiment to swell plenty because ① does not readily appear in last one.

# Trial experiment of 100 dice by Python

import random as rnd
n = 100
while n > 0:           # It is repeated until n becomes 0
    for i in range(n):
        num = rnd.randint(1,6)     # To shoot dice
        if num == 1:
            n -= 1   #　If it is 1, remove it
    print(n)

Trial experiment to throw 100 dice, and to remove 1 eye

[ ]in a roll of the dice

trial clear