integral(exp(-I*x*pi)*exp(I*x*pi),0,1)
1 1 |
integral(1/x^3,x)
-1/2/x^2 -1/2/x^2 |
finance.TimeSeries([1..10]).show()
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m=matrix([[1,x],[x,1]])
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m2=matrix([[x,y],[y,x]])
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m2.inverse()
[y^2/((x - y^2/x)*x^2) + 1/x -y/((x - y^2/x)*x)] [ -y/((x - y^2/x)*x) 1/(x - y^2/x)] [y^2/((x - y^2/x)*x^2) + 1/x -y/((x - y^2/x)*x)] [ -y/((x - y^2/x)*x) 1/(x - y^2/x)] |
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