3 ms·
> He never chooses randomly in the Monte Hall problem. But you never state that, which is why I took exception with your explanation. You also state that proba
by listenallyall 6y ago
> He never chooses randomly in the Monte Hall problem.
But you never state that, which is why I took exception with your explanation. You also state that probabilities never change, which is also untrue as more information is revealed.
- atdrummond 5y agoNo. All I said is that the probability of the first door winning doesn't change. Which is true - it remains 1/3. The change in probabilities impact the other two doors, whose terminal values I listed (0 and 2/3).