(D² -9)y = e* (D² -5D+6)y = es y"-9y'+2y =x 3x ii) (D'-9hy=e* o (6:-SD+6y=e" iv) vi) 3x %3D y"-7y'+12y=x (D-3)'y=e* (D-3)y=e* viii) (D+3)°y= er (D+3)° y = e3* (D+3) y = xe* x) (D-2)y= xe* xii) -3x

Algebra & Trigonometry with Analytic Geometry
13th Edition
ISBN:9781133382119
Author:Swokowski
Publisher:Swokowski
Chapter6: The Trigonometric Functions
Section6.4: Values Of The Trigonometric Functions
Problem 23E
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Using the d- Operator method
(D² -9)y = e*
Ce
ii)
(D² -5D+6)y = e
y"-9y'+2y=x
%3D
(p²-9h =e"
ii) (o-SD+6h=e" iv)
vi)
i)
D-2 2
y"-7y'+12y=xr
viii) (D+3)y = ed*
(D+3)° y = e*
(D+3) y = xe3*
) (D-3)y=e*
y=+Cye
(D-3)y=e*
х)
>y=+Acos
4
(D-2)'y = xe*
xii)
cercise 3.7
mials with complex roots
D(D-1)y 5
(D +D+1y =
(D +4p = e
(D +9)y= sin 2
%3D
quation f(D)y=R(x) for which the auxiliary equation
%3D
ficients. From elementary algebra
(D² +2D+1]y
we know that if the aux
roots, those roots must
Transcribed Image Text:(D² -9)y = e* Ce ii) (D² -5D+6)y = e y"-9y'+2y=x %3D (p²-9h =e" ii) (o-SD+6h=e" iv) vi) i) D-2 2 y"-7y'+12y=xr viii) (D+3)y = ed* (D+3)° y = e* (D+3) y = xe3* ) (D-3)y=e* y=+Cye (D-3)y=e* х) >y=+Acos 4 (D-2)'y = xe* xii) cercise 3.7 mials with complex roots D(D-1)y 5 (D +D+1y = (D +4p = e (D +9)y= sin 2 %3D quation f(D)y=R(x) for which the auxiliary equation %3D ficients. From elementary algebra (D² +2D+1]y we know that if the aux roots, those roots must
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