y(x) = Ae¯* + Be-* 12 4. Show that where A and B are constants, is a general solution of the DE, y"+3y'+2y = sinh x . Hence, find the solution that satisfies the initial y = 0 x = 0 5 y'= and conditions 12 when

Advanced Engineering Mathematics
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ISBN:9780470458365
Author:Erwin Kreyszig
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Chapter2: Second-order Linear Odes
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y(x) = Ae* + Be 2* +
12
1
хе
, where A and B are constants, is a general
-2x
4. Show that
solution of the DE, y"+3y'+2y = sinh x . Hence, find the solution that satisfies the initial
x = 0
5
y'=-
and
y = 0
conditions
12 when
Transcribed Image Text:y(x) = Ae* + Be 2* + 12 1 хе , where A and B are constants, is a general -2x 4. Show that solution of the DE, y"+3y'+2y = sinh x . Hence, find the solution that satisfies the initial x = 0 5 y'=- and y = 0 conditions 12 when
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