There is a website that offers a glimpse of infinity, and I cannot remember the name of the site. It is some type of mathematical equation, or something like that. Help.
122057
Isn't infinity by definition incomprehensible, at least to the senses?
224869
Physical space is infinite, there is no end.  The concept of infinity is difficult for people to grasp because we are not infinite.  Thinking about it only makes it worse.
11526
The Edifier has it right, but darned if I can follow the notation. You really need to see this written out like a textbook to understand what's going on.\n\nClick the link below in "sources" to see the answer hosted at my website www.calculus-help.com. Right now, Yahoo! answers, as far as I can tell, doesn't allow graphics, which makes it tricky to answer ANY math questions.\n\nPlease don't post math answers, guys, if the poster knows the answer but can't get there, and you get something completely different.
269673
What you want is a math forum...\n\nNot a how hot is my avatar forum... Good luck with that!
152160
Aaaaah... semantics dressed up as logic! Niiice try...\n\nNow I fight back with philosophy...\n\n1. I can't be sure where I am. It (and you) could all be in my  imagination.\n\n2. But given the rather large nature of the Universe, it's as though I never move.\n\n3. Infinity has yet to be proved... and that's just the concept. Whether the Universe is infinite must come much, much later.\n\n4. You assume that infinity is a number when we haven't even proven that it is.\n\n5. Assuming that infinity was real, then the ladder to reach it would start at 1 (the first real number). But even 1 has value no matter how 'large' the value you compare it to. And since infinity is a concept, and math doesn't work with concepts, your last hypothesis is nonsensical in nature.\n\n--\n\nFor the other 'students' here:\nQED = quod erat demonstrandum ("that which was to be demonstrated").
31808
This question is completely confused. I have attached a web site about the big bang you might find useful.
4030
Do you really think you'll find an answer as to why the arrow of time exists on answers.yahoo.com?  For that matter, you won't get a satisfactory answer by polling the entire cal-tech faculty.\n\nBut I will think about it for the next few years... again.
655332
Hint: It sounds like a line. Look at it again and describe the points you plotted in relation to where x=2 and y= any real number (infinity).
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go to \nhttp://www.pbs.org/wgbh/nova/elegant/dimensions.html\nand/or watch The Elegant Universe (NOVA)
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Infinity is more of a concept than a number.  I have never seen it used as a number in the problem.\n\nIf you see it as part of a domain, like (5,infinity) it simply means that x can be arbitrarily large, as large as we want it to be (but larger than 5).\n\nInfinity means that there is no limit, no finite value that ends the sequence.  How many numbers are there?  An arbitrary amount, there is no limit.  Hence the "infinite" numbers.
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Explain infity as a concept. Explain that infinity, if existing, results in infinite probabilities. With infinite probabilities, you must accept that it is possible that there is a god. Then explain that conditions in universe exist in almost every possible state. The sheer vastness of it garantees that. Explain that humans are the "most powerful, most intelligent" thing on the planet. Then explain that surely, vanity cannot blind one to think that we are the most powerful things in the universe. The rest is up to faith.\n\nOr, you could just bluntly perform a miracle.
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Does 0.9999999999999999999999999....(continued) = 1.0\n\nA great topic in maths which will actually interest people because the above statement is true.
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easy infinity +1\n\nThe limit that a function is said to approach at x = a when (x) is larger than any preassigned number for all x sufficiently near a. \n\nThe key word here is preassigned.  In this case there can never be a true infinity.  You have to define the set that you are taking to infinity.  Whether it be numbers, distances, time, space, etc.  Just by defining the set, puts a limit on your answer, which makes that limit infinity.  And any comparable limit is infinity as well, unless it's exactly the same as the first.
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fist domain\n\nthe number we search the log must be positive so x>-2 \n\ndomain -2<x<infinity \nfor infinity log (base3), infinite is infinite. for x=-2 we tend to x+2 =0 and log (x+2 ) = -infinite  Vertical asypmtote for x=-2 \n\nthe equation can be rewritten  h(x)  = log (base 3) (x+2/7^3)
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Try here:/\n\nhttp://archives.math.utk.edu/visual.calculus/
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Pi goes on for infinity.  The page below will take you to a million decimal places.
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http://www.nothingnesstheory.com/