RE: ANTI-LAPLACE TRANSFORM

From: Steven L. Shafer Date: April 01, 1999 technical Source: cognigencorp.com
From: "Steven L. Shafer" <Steven.Shafer@Stanford.Edu> Subject: RE: ANTI-LAPLACE TRANSFORM Date: Thu, 1 Apr 1999 10:53:22 -0800 Dear Jim: The Inverse Laplace Transform is: A*((-(a*b*B) + a*b*c - a*B*c - b*B*c)/(a**2*b**2*c**2) + (-a + B)/(a**2*(a - b)*(a - c)*E**(a*t)) + (b - B)/((a - b)*b**2*(b - c)*E**(b*t)) + (-B + c)/((a - c)*c**2*(-b + c)*E**(c*t)) + (B*t)/(a*b*c)) Mathematica is a great tool for this. The commands are: <<Calculus`LaplaceTransform` and InverseLaplaceTransform[A (s+B)/(s s (s+a) (s+b) (s+c)),s,t] Best regards, Steve Shafer
Mar 31, 1999 James Hui ANTI-LAPLACE TRANSFORM
Apr 01, 1999 Steven L. Shafer RE: ANTI-LAPLACE TRANSFORM