PeroK's latest activity

He would soon run out of space in his garage.

I remember someone posted the following analysis for the Monty Hall game with 100 doors. Let's say the contestant picks door 16 and...

Relative frequency means the proportion of times an outcome occurs - in an experiment or simulation. If the player chooses a door and...

I see what you did there :wink:. But it made me realize that I don't think that I have ever seen a Bayesian analysis of the Monty Hall...

This is false. They know that the probability of the originally chosen door being a winner is 1/N. They know that N-2 other doors have...

For example, someone in my class at school insisted that if Liverpool Football Club played our local village team, then the result would...

You're not calculating probabilities here. Probabilities can be tested by experiment. If we played this game repeatedly, then I could...

I wrote this sim. https://www.davesbrain.ca/science/monty-hall.html Staying wins one third of the time. Switching wins two-thirds of...

This is not true. If the contestant picks a loser at the first stage then Monty can only open one door because there is only one loser...

The two versions of Monty Hall, in terms of calculation look like: Monty Hall (proper game) has three equally likely scenarios...

Two points: 1) You can write a computer simulation of both games. And count how often the stick or switch decision wins. In one...

The key points are: The upward force on the mass must be at least ##Mg##, where ##M = 25kg##. Each cord must supply half that force...

That's the only way to do it! After all, the 3 m height of the poles has no effect on the distance from the top.

I think the flaw in that logic is that, at that age most (though not all) students are not yet wise enough to know what's best for them...

I asked Google AI about this: " AI Overview Yes, a large and growing percentage of kids are using AI for homework, with some studies...