Transformadas del Laplace f(x) = e^(-xt) g(t) dt (Transformada del Laplace) f(x) = e^(-xt) g(t) d(t) (Transformada de los Laplace-Stieltjes) f2(x) = L{L{g(t)}} = g(t)/(x+t) dt Transformada del Stieltjes
Transformada del Fourier f(x) = 1/(2) g(t) e^(i tx) dt (Transformada del Fourier) f(x) = (2/) g(x) cos(xt) dt (Transformada coseno) f(x) = (2/) g(x) sin(xt) dt (Transformada seno)
Tranformada de serie de potencias
f(x) = (k=0..) g(k) x^k
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Transformadas
del Laplace
f(x) = 
e^(-xt) g(t) dt (Transformada del Laplace)
(t) (Transformada
de los Laplace-Stieltjes)
(2
)
g(t) e^(i tx) dt 
(k=0..
)
g(k) x^k
