sleightlycrazy wrote:We can't travel through time by our choice [will], there.
I choose and will myself to travel in time...forwards...constantly...
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sleightlycrazy wrote:We can't travel through time by our choice [will], there.
AndyRegs wrote:However, when you know (and understand) the answer, it's fairly straightforward (ish ).
I think the beauty of it is that even when you know the answer, it still feels wrong, which is why countless mathmaticians got it so wrong. It counter intuitive.
Tomo wrote:The chances of having the same birthday as someone else in a room full of (thinks back, probably inaccurately) 30 people is 50%.
Blapsing_Beard wrote:Tomo wrote:The chances of having the same birthday as someone else in a room full of (thinks back, probably inaccurately) 30 people is 50%.
ah...the odds there are incorrect. The odds of having the same birthday as someone else in the room when there are 30 people is highly unlikely...but the odds of two people having the same birthday was a lot more likely
Blapsing_Beard wrote:Tomo wrote:The chances of having the same birthday as someone else in a room full of (thinks back, probably inaccurately) 30 people is 50%.
ah...the odds there are incorrect. The odds of having the same birthday as someone else in the room when there are 30 people is highly unlikely...but the odds of two people having the same birthday was a lot more likely
work that one out
Kenneth wrote:Here's a paradox:
In reality, you can never move anywhere-
To get to from one place to another, you must get halfway there.
To get halfway to the place, you must get halfway to halfway.
You must get half-way to that place.. and so on...
So, you would infinatly have to go halfway, making it impossible to get anywhere...
If you have 20 dollars and want to buy two DVDs worth 25$. You decide to buy the DVD worth $15 dollars and get 5$ change. Can you get in a time machine with that 5 dollars, give it to yourself and pay for both DVDs?
Kenneth wrote:Here's a paradox:
In reality, you can never move anywhere-
To get to from one place to another, you must get halfway there.
To get halfway to the place, you must get halfway to halfway.
You must get half-way to that place.. and so on...
So, you would infinatly have to go halfway, making it impossible to get anywhere...
Charles Calthrop wrote:This is one of Zeno's paradoxes. The reason why it's wrong boils down to the fact that 1/infinity is 0 (look, it just is!).
Blapsing_Beard wrote:ah...the odds there are incorrect. The odds of having the same birthday as someone else in the room when there are 30 people is highly unlikely...but the odds of two people having the same birthday was a lot more likely
work that one out
Lawrence wrote:oh it is now is it?even though you can't divide by infinity?
I can see where you're coming from though, but for the sake of arguements you may as well say it is zero. it makes sense, in most peoples heads.
Charles Calthrop wrote:Lawrence wrote:oh it is now is it?even though you can't divide by infinity?
I can see where you're coming from though, but for the sake of arguements you may as well say it is zero. it makes sense, in most peoples heads.
Can't decide whether you're agreeing with me or not, but yes it is. For pretty much the same reason that 0.999... = 1 (look, it just does!).
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