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What will happen with the vector if we multiply it by
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Is this a 2-dimensional vector?
What is the coordinate system?
igloo myrtilles fourmis
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OK. Let the vector be 2D.
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It isn't so inportant what is the coordinate system.
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But let
v=ai+bj
(here i is vector, not (-1)^(1/2)! (-1)^(1/2) must be italic i)
Last edited by krassi_holmz (2005-12-17 09:18:14)
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Refresh my memory. What happens to the function y=x if you multiply
it by :italic(i)
igloo myrtilles fourmis
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I use the following for italic
[i]italic[/i]
If I tell you it won't be interesting
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OK. First try to myltiply one point with coordinates {x,y}.
What will happen?
The answer is {ix,iy}. So?
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So it exists in a complex 4-D coordinate system but only exists at the origin on a 2-D real system where the origin of the vector is (0,0).
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So the vector multiplicated by i becomes a vector with negative length!
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The length (aka. magnitude) of the vector is still it's absolute value.
So for example, if you had a vector <1+i, i-1>, the absolute value of your x component is sqrt(2), the absolute value of your y component is sqrt(2), and so the length of the vector is 2.
Last edited by God (2005-12-30 12:00:54)
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I think you are right. But in Minklovski's 2D space the length between two points (x1,y1) and (x2,y2) is
L=sqrt(|x1-x2|²+(i|y1-y2|)²)=sqrt(|x1-x2|²-|y1-y2|²)
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