I agree with c-joel on this one. There's a certain degree to which chance can affect the outcome of something, and that degree can be changed. Even with my example of Yahtzee, if you roll four sixes on your first roll, the chances of your getting a Yahtzee are much greater than if you had rolled five different numbers on your first roll. In this case, it actually is calculable. It's called probability.
JordanElek
No, you're mixing it up as well. (trust me this is my wheelhouse lol)
Here's a quote about games of chance and how they compare to the lottery and your Yahtzee reference......
"In some games of chance, of course, systems do work. Card counting in blackjack, for instance. That's because every card played in blackjack is a card that can't be played again. If you keep track of which cards are left, your ability to bet shrewdly improves. In the typical card-counting system you count the 10-point cards (10, jack, queen, king) and bet more heavily when an unusually large number of them remain in a dwindling deck, since they mean trouble for the dealer.
Not so in lotteries, where the game begins afresh with every drawing. If the numbers are drawn at random--a big if, as we shall see--all the number combinations are equally probable. Occasionally you may notice what seem to be suspicious patterns among the winning numbers, but these mean nothing. One of the hallmarks of random numbers is that pseudopatterns occasionally arise--the million-monkeys-with-a-million-typewriters syndrome in action."
Now the Yahtzee part starts new each time like the lottery. If you're looking to roll a 6 and you've rolled every single possible combination besides a 6 and no numbers repeat then yes, the next number you roll will be a six. Since you start over each time you could roll to infinity and have no better chance of getting that number after each roll.
Onto Mario Kart.......
The way Mario Kart is programmed it that it has a counter that randomly selects the chance occurance from happening. The only thing here is that it does not work like the casino method above either. Each user doesn't have a set number of chances in the game, it all depends how you collect the power ups and use them in the game so there is no set number to multiply the chances.
This technique is used from everything to video games to real life casinos when the stakes are high as read here......
"Today, high-limit blackjack tables are ready for the card counter with "continuous shuffle machines." After every hand the cards are immediately returned to the shuffle; each new hand is effectively dealt from a new deck, making counting useless. Lower-limit tables typically aren't worth such expensive countermeasures, especially when many would-be card counters have no idea what they're doing. Undoubtedly among those reading this report will be one or two who think, "That doesn't sound so hard – I can do that!" Casinos welcome the wishful-thinking, inexperienced card counter as a reliable profit maker."
So yeah, there's that......
:P
Knowledge is power!
More knowledge is even MORE power!
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