**Unformatted text preview: **Tabie 3.1 ShortTable of Laplace Transforms
QWWMWWW ft?) f0)
(1) - 1 5(3) 2 unit impulse at! = O
1 . .
(2) ; rﬁlm) m umt step function at r = (J
1 IN“!
3 m n = 1,2,m
( ) s"( } (I: -~ 1)!
Z
(4) s + a 3“!“
I
(5) (3 + :1)? If“
(6) 1 (I?! ml 2 u.) 1 II”! "a:
(S + a)” ’ ’ [n __ I)“ e
i 1
7 __ m ”a!
() Ker-Pa) {:0 e )
{8) 1 1 (
32(s+a) a2 E +m‘w1)
5.
(9) 32 + “2 cos at
.s‘
(310) 5'2 _.. a2 cosh a:
I 1
1 _ .
( 1} 32 + a2 am; at
1
(12} g 2 2L—sinb. a:
s —— a a
(13) wim— 1 1
3(52 + :22) ?( M ms at)
(14) “mm-3m 2-01: - sin at)
33(32 + a2) a3
1 1
5 mm m ‘ —-
(1 ) (32 + (32):: 2:23 (32:: at arms at)
16 —-im i -'
( ) 32 + :12)? 2:13:12} :1!
$2 M 2
(17) m mos a:
{18} 1 1 . WW... "MN“... “5%? ' ..... 2
£5 a:
5'2 + 2§wos + mg “HQ/i H {:2 5m 9 1 g; r ...

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- Winter '08
- Mezic,I
- Laplace