but does that mean that they do not exist?
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Um thats exactly what it means
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Wed 17 Nov 2004, 1:32,
archived)
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Um thats exactly what it means
They do exist. They're not "imaginary" in the sense that they don't exist. They're a fundamental element of calculus. An imaginary number is the square root of a negative number. (More specifically, they're x*i, where i=the square root of -1, and x=any real number. eg 5i (5*sqrt(-1)), 12i (12*sqrt(-1)), etc.)
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Wed 17 Nov 2004, 2:14,
archived)