Pythagorean Theorem: The Spiral of Roots
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splendid as always.
3 years ago 7
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hypoteneuse--»h
n--»number of triangles
i think If we know the hypoteneuse we can calculate the number of triangles we've drawed to get to the actual triangle... but i'm not shure... by the expression:
h=[root]n+1
Am I right?
3 years ago 5
All Comments (59)
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@Surfister Why are you not 'shure'?
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thx!!!
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@mike73dotcom i just made one up at the time and did it quickly off the top of my head, i had a math test in an hour before i commented that and i needed help. Sorry if i ruined your day Mr Math Magician lol
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@ShaneThompson94 my calculator shows that 12.64x12.64 (or 12.64(2)) = 159.7696...NOT 166
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@chris3443 the first example implies no -right- triangle has two sides of length 1 and hypotenuse of length 2. I don't think the example itself proves the triangle inequality nor does the pyth thm
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Amazing. I have to this for tonight. Its due tomorrow. :P
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interessting...
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"attractive spiral" haha nice
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Does the first example imply that a triangle with two sides of 1 and hypoteneuse of 2 is an impossible shape in reality?
chris3443 3 years ago
The triangle exists just as you see it. The implication is that not all numbers can be written as fractions or decimals. In fact, there are an infinite number of these numbers that cannot be written as fractions or decimals.
MathTV 3 years ago 3