Hmm...ok with this:
[2 5] x [3 1 -4]
[2 0 1]
[2x3+2x5 2x1+5x0 2x-4+5x1]
Which equals
[16 2 -3]
Correct?
Charles Hwang -aka Tazel
[MonkeyHumor My Site|E-mail|NeXe|NeHe|SDL]
[Google|Dev-C++|GDArticles|C++.com|MSDN]
Matrices: Multiplication.
This is kinda of an extreme here but so, according to everything in this thread, the following matrix multiplication is possible?
(Assume x,y,z and a,b,c,d,e,f are all different real numbers)
And the resulting matrix would be a 7x6 matrix?
Charles Hwang -aka Tazel
[MonkeyHumor My Site|E-mail|NeXe|NeHe|SDL]
[Google|Dev-C++|GDArticles|C++.com|MSDN]
[edited by - charles hwang on November 29, 2003 6:43:03 PM]
(Assume x,y,z and a,b,c,d,e,f are all different real numbers)
[x y z] [x y z] [x y z] [a b c d e f][x y z] x [a b c d e f][x y z] [a b c d e f][x y z] [x y z]7x3 3x6 |___are equal__|
And the resulting matrix would be a 7x6 matrix?
Charles Hwang -aka Tazel
[MonkeyHumor My Site|E-mail|NeXe|NeHe|SDL]
[Google|Dev-C++|GDArticles|C++.com|MSDN]
[edited by - charles hwang on November 29, 2003 6:43:03 PM]
Yep. The multiplication is possible and the result is a 7x6 matrix. Matrix multiplication is pretty easy once you''ve got the definitions in your head. =)
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