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− | <math>x(t) =e^ -at \mathit{u} (t)</math> | + | <math>x(t) =e^ (-at) \mathit{u} (t)</math> |
Revision as of 10:55, 19 November 2008
== Fundamentals of Laplace Transform ==
$ x(t) =e^ (-at) \mathit{u} (t) $
Line 2: | Line 2: | ||
− | <math>x(t) =e^ -at \mathit{u} (t)</math> | + | <math>x(t) =e^ (-at) \mathit{u} (t)</math> |
== Fundamentals of Laplace Transform ==
$ x(t) =e^ (-at) \mathit{u} (t) $