3,9 3,5 O 5,9 O 5,3 I+y+4 The non-homogeneous differential equation dz 4x + 4y+7 can be solved by putting O v= 4z – 4y v=z+y v = 4r + 4y Ο υ-4 + 4 The Laplace transform of L(sinbt) is_ (s? + 6?) (s² + 6²) (s2 + 6) (s2 – 62)

Advanced Engineering Mathematics
10th Edition
ISBN:9780470458365
Author:Erwin Kreyszig
Publisher:Erwin Kreyszig
Chapter2: Second-order Linear Odes
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solve all peoblem in less than 30 min pls pls .

() ()'
The order and degree of the partial differential equation respectively
+
+ sin z=
IS
3,9
O 3,5
O 5,9
O 5,3
dy
I+y+4
The non-homogeneous differential equation
dz
4x + 4y +7
can be solved by putting
v = 4x – 4y
v =x+y
v = 4x + 4y
v = 4x + 4y
The Laplace transform of L(sinbt) is_
(s² + 62)
(s² + 6?)
(s² + 6)
6
(s² – 62)
Transcribed Image Text:() ()' The order and degree of the partial differential equation respectively + + sin z= IS 3,9 O 3,5 O 5,9 O 5,3 dy I+y+4 The non-homogeneous differential equation dz 4x + 4y +7 can be solved by putting v = 4x – 4y v =x+y v = 4x + 4y v = 4x + 4y The Laplace transform of L(sinbt) is_ (s² + 62) (s² + 6?) (s² + 6) 6 (s² – 62)
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