H.W (2) Find Laplace Transform for 1-f(t) = 2t³; 2-f(t)=3e-²¹. 4-f(t)=2 cos(3t). 3–f(t)=sinh(2t); 5-cosh (t) sin(2t); 6-f(t)=cos³t. 7-cos(3t) sin(t); 8-f(t)=sin(-t). 9- f(t) = sin(3t) cos(4t); 10-f(t)=1-cos(wt). 11-f(t) = sinh(2t) cos(3t); 12-f(t) = cosh (at) cos(a 13 – Find Gamma Function for (a)T(5); (b)r (7); (c)r 3 14- Find L{1"} for (a)n=-=-¹; (b)n = 2; (a)n = ² · 2 2 15- Find L[e" L[e" 1%] idi er

Advanced Engineering Mathematics
10th Edition
ISBN:9780470458365
Author:Erwin Kreyszig
Publisher:Erwin Kreyszig
Chapter2: Second-order Linear Odes
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H.W (2)
Find Laplace Transform for
1- f(t) = 2t³;
3–f (t)=sinh(2t);
5-cosh (t) sin(2t);
7- cos (3t).sin(t);
9-f(t)=sin(3t) - cos (4t);
2-f(t)=3e²¹.
4-f(t) = 2 cos(3t).
6-f(t) = cos't.
8-f(t)=sin(-t)
10-f(t)=1-cos(wt).
12-f(t) = cosh (at) cos(a
11- f(t) = sinh(2t) · cos(3t);
13- Find Gamma Function for (a)r (5); (b)r 7
(27); (c)
=
2
14- Find L{1} for (a)n == ; (b)n = en
15- Find L[e*
L[e" 1%]
t
T
vidi
mia
3
Transcribed Image Text:H.W (2) Find Laplace Transform for 1- f(t) = 2t³; 3–f (t)=sinh(2t); 5-cosh (t) sin(2t); 7- cos (3t).sin(t); 9-f(t)=sin(3t) - cos (4t); 2-f(t)=3e²¹. 4-f(t) = 2 cos(3t). 6-f(t) = cos't. 8-f(t)=sin(-t) 10-f(t)=1-cos(wt). 12-f(t) = cosh (at) cos(a 11- f(t) = sinh(2t) · cos(3t); 13- Find Gamma Function for (a)r (5); (b)r 7 (27); (c) = 2 14- Find L{1} for (a)n == ; (b)n = en 15- Find L[e* L[e" 1%] t T vidi mia 3
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