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#16
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@Shadow Wizard & @nofriends - I feel honored to be able to post in the same forum with brainiacs such as yourselves!
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ShepherdWeb :: Charging Rhino Wizard I know of no more encouraging fact than the unquestionable ability of man to elevate his life by conscious endeavor. {Henry David Thoreau} § shepherdweb.com § fariswheel productions § reagan administration Last edited by banker : October 27th, 2005 at 10:02 AM. Reason: changed "&" to "&"...:) |
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#17
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Quote:
LOL ![]() Why do you think I dont have any friends ![]()
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Look! Its a ShemZilla ![]() ![]()
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#18
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I have a nice formula:
x = (x + y) (x - y) + y² Try it with real numbers, it's kinda cool. ![]() |
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#19
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very cool SW and NF, afraid i am pointless for you guys at the mo but when they are back in stock they are yours for having too much time but for creating something cool
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#20
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Quote:
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#21
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Quote:
x=4, y=2 4 = (4 + 2)(4 - 2) + (2 * 2) 4 = (6)(2) + (4) 4 = 16 ? it doesn't come out right. |
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#22
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Quote:
x=5, y=1 5 = (5 + 1)(5 - 1) + (1 * 1) 5 = (6)(4) + (1) 5 = 25 x = sqrt((x + y) (x - y) + y²) ![]() |
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#23
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Quote:
x*x-x=0 which is actually: x*(x-1)=0 which is true only when x is either zero, or one - thus the graph is two lines. (attached) sorry bcon, can't see anything special about it... ![]() |
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#24
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however, that formula gave me new direction - here is very cool formula for example:
Code:
sin(y*y)+cos((x+y)*(x+y))-sin(x)=0 it resulted in the attached graph. (10 PPU) ![]() |
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#25
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Quote:
x² = (x + y) (x - y) + y² ie: (4 * 4) = (4 + 2) (4 - 2) + (2 * 2) 16 = 6 * 2 + 4 16 = 16 I have no clue how that looks graphically, but it's cool to think about. If you take a number an multiply it by itself, then take a number above that origonal number and multiply it by a number equally less than the origonal number then the product will be the square of the difference between the two numbers and the origonal number less than the origonal number squared. ![]() |
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#26
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Quote:
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