Interesting thought experiment though: How many new people taking the place of the old ones would have to face lethal consequences before people stopped taking control of those systemic structures?
Let us assume that it is a constant percentage. That is, that for each new person who takes up the mantle, there is a specific and defined chance that they will abuse their position. In that case, then we might imagine that, with a starting count of x and a chance of c, the next “generation” will have x×c number of people who abuse their position. Then, in the generation after that, x×c².
We can notice that this is a simple sum of a geometric sequence, where the total sum is defined as S = a / (1-r), where a is the initial value and r is the rate of change.
If we assume that a is 400 people and r is 50 percent (0.5), then you will need to displace 800 people in total
Interesting thought experiment though: How many new people taking the place of the old ones would have to face lethal consequences before people stopped taking control of those systemic structures?
Let us assume that it is a constant percentage. That is, that for each new person who takes up the mantle, there is a specific and defined chance that they will abuse their position. In that case, then we might imagine that, with a starting count of x and a chance of c, the next “generation” will have x×c number of people who abuse their position. Then, in the generation after that, x×c².
We can notice that this is a simple sum of a geometric sequence, where the total sum is defined as S = a / (1-r), where a is the initial value and r is the rate of change.
If we assume that a is 400 people and r is 50 percent (0.5), then you will need to displace 800 people in total