the problem is this:
I have a pack of 44 cards (not playing cards). Of these 44 cards, 2 represent "Wild" or "Joker" cards, and can take any value. Of the 42 remanining, 1/3 of them have the value 1, another 1/3 has the value 2, and the third 1/3 has value 3.
To summerise:
14 cards represent the value 1
14 cards represent the value 2
14 cards represent the value 3
2 cards represent any value
Given that there is Y number of people playing, where 3<=Y<=6 (sorry for the bad signs, but i cant find the is bigger than or equal to etc sign), ie there is a minimum of 3 players and a maximum of 6 players, and my position in the group of people is X, where 1<=X<=Y (ie i could be first, or last, or inbetween).
Assuming the player in position 1 draws 1 card, and then player in position 2 draws 1 card and so on up to the Y'th player, and this again repeats in a circle, what is the probability that me (position X) having picked up 3 cards, has cards that represent the values 1, 2 and 3
I hope that is understandable
obviously, since there is no current values for X and Y, an exact number cannot be gained, but what im looking for is a forumula in respect to X and Y that would give me the correct probability when i input the values for x and y.
I do not know what the other players pick up...they are not shown, but this is where i am having my biggest troubles trying to fathom it out. Since i dont know what th ey have picked up, does it really change the odds of what i pick up...despite the fact that what they do pick up does actually alter the chances of me picking up a certain card.
Assuming that the wild cards were not being used, this would be a simple problem in my mind, where x and y wouldnt be important (if i am correct), but since they are being used, the chances of me picking up a wildcard changes everytime someone else draws a card.
As you can see, my brain is messed up and i would appreciate help or an answer
