can i get an order of ~pies please |
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Hey everybody, this is my first new topic since DV has been back up and running. Hope you all find it interesting. Just a little idea that I came up with about a year ago. |
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can i get an order of ~pies please |
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you can't do that on the internet!.... wait yes you can do it again!
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Your Dreams are Truly Yours!
To say it in short, you dont need those infinite possibilties to show |
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Your Dreams are Truly Yours!
There's not an infinite amount of possible rolls, only a finite amount. Sure, the probability of any specific one to happen is 1/x where x is the number of different ones (assuming the surrounding is constant). Since x is such a high number you could say it approaches infinity and then 1/x approaches zero. That only means it's (practically) impossible to repeat the exakt same roll. |
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Stalker is pretty much dead on right with his point although I would like to add something. |
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Name your subconscious (NST)
-Mostly retired-
wow i'm gonna have to ask my maths teacher about this (were close friends) |
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Hey Spoon, I didn't see your post before I posted mine. You deserve credit for saying that 1/infinity was an approximation. Sorry 'bout that. |
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How about this, you flip a normal coin 100 times. 75 times the coin lands on heads, 25 times, tails. You flip it again... What is the chance that it will land on tails? No, it's not 1/4. It's 1/2. There are 2 sides to the coin. The outcome was random. |
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Kevin Jay Smith
Hampton, SC
Fate from existing conditions prior to your existence is completely true and evident. |
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Tyranny comes in a uniform.
Very well said Lucidapple. |
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Most of the universe can be explained in cause-and-effect, at least on a large level. In the example of rolling a die, it is. However, on a very small scale there are still 'random' occurances. Perhaps in a few years, maybe a few decades, we will remove the uncertainty from this, but for the moment there are still particles that defy reason. When performing certain experiments with electrons, it was found that an electron's position is RANDOM. It cannot be determined, as far as we know, by any measurements that we make without actually finding it. And once we've found it, we know it's position only because we have it in our grasp, not because we've predicted it. So randomness does exist. Just had to show some people the truth. |
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[23:17:23] <+Kaniaz> "You think I want to look like Leo Volont? Don't you dare"
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Actually, I agree with Tsen's mathematics for the most part, but isn't it possible that "1/~*~ = ~", instead of equalling 1 again? It wouldn't be the case if "~" was a set number, but it seems like anything times infinity should equal infinity, unless infinity was a finite number. |
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If you get ~/~ then you can't say anything about it. A simple example: 2a/a. Now let a approach infinity and you get ~/~. Now it would be a big mistake to say that it equals 1 or ~. You just have to go back to the original expression and simplify it to get 2. This is basic math. |
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I think that ~/~ has to equal ~ (just keep in mind that ~ is not an ordinary number with a set value, it's endless). Obviously ~/~ can't equal 1, because that would imply that ~ has a set value and stops dividing itself at some point, thus not reaching an infinitely small number. But, "~/~=infinitesimal" doesn't make sense either, because that would be assuming that ~ (the ~ on the left, at least) has a set value, which it doesn't. Think of it, dividing infinity would be like trying to build a wall that divides the universe in half, but the wall would have nowhere to end! Even if you were able to divide the universe into two peices, each would be infinitely large as well! So, I say infinity isn't divisible at all and ~/~=~. It's like subtracting numbers from infinity; no matter how many you subtract, ~ never shrinks. |
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Name your subconscious (NST)
-Mostly retired-
What I meant about randomness was percieved randomness. At least for the moment. As is, when we get down to the quantum level, we are unable to predict most anything. Hopefully within a few years we'll be able to understand it, but nobody knows for certain. So, we still have a random entity in the world, but we don't know if it will stay that way for very long. |
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[23:17:23] <+Kaniaz> "You think I want to look like Leo Volont? Don't you dare"
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Yeah, the limit as a approaches infinity of x/a is 0, but as is implied by the 'limit' function, it never reaches 0. |
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[23:17:23] <+Kaniaz> "You think I want to look like Leo Volont? Don't you dare"
Let function f(a) = 1/a. |
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