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Okay, I can see that now. I have neber heard of a quincunx so I looked more into it using this page: link removed by moderator
It says the forumla to solving the probability of a machine like this is binomial distribution. I will try making an expression witht aht and then I will let you know how it goes.
Now that you mention it, yes. And thank you for the fix.
Oh yes, sorry for not including the number of balls. It's 40.
And this is what I have so far:
And for task one (the task before this one), I had to do an experiment using a pinball machine with 5 cups. (40 balls too):
Hi, all. I am not sure I put this put in the right category, but I'll ask anyways.
The problem I am stuck on tells me to consider a small machine with only two cups. And for that small machine I have to find out the probability of a ball landing in each cup. Then, I have to repeat this process for other machines with 3, 4, and 5 cups. From there I have to use any pattern I see and derive an expression for the probability of landing in the i^th cup from the left in a machine with n cups.
We also have to right the probabilities as fractions (not simplified) so we can find patterns.
Does anyone mind helping me with this?
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