@dllthomas I've written the simulation, and you're right. It is 50% when the host chooses randomly!
Let's suppose we are doing a computer simulation. 1. We simulate a million trials where the contestant chooses one of three door, one of which has a car and two a goat 2. We simulate the host randomly choosing one of…
You don't need to because you're asking what is the probability of winning by switching once the goat has been revealed. We want to know: (# of possible worlds in which we win after switching) / (all possible worlds in…
@dllthomas I've written the simulation, and you're right. It is 50% when the host chooses randomly!
Let's suppose we are doing a computer simulation. 1. We simulate a million trials where the contestant chooses one of three door, one of which has a car and two a goat 2. We simulate the host randomly choosing one of…
You don't need to because you're asking what is the probability of winning by switching once the goat has been revealed. We want to know: (# of possible worlds in which we win after switching) / (all possible worlds in…