12y Consider the differential equation xy" – y' = (1) Making the changes of variable x=e', y = u(t)e 2" in the differential equation (1), we obtain the differential equation, u depending on t, given by u"-6u'-4u = 0 The solution of the differential equation (1), depending on the parameter t, with constant c1 and C2, is given by: a) { z(1) y(t) et e* (cı cos(tv/13) + c2 sen(t/13)) S ¤(t) et b) | y(t) et (cietvi3 + cze-tV13 S 2(t) = et c) y(t) e3t -t/13 + c2e Į æ(t) et d) l y(t) e' (c1 cos(tv/13) + C2 sen(tv/13))

Calculus For The Life Sciences
2nd Edition
ISBN:9780321964038
Author:GREENWELL, Raymond N., RITCHEY, Nathan P., Lial, Margaret L.
Publisher:GREENWELL, Raymond N., RITCHEY, Nathan P., Lial, Margaret L.
Chapter11: Differential Equations
Section11.1: Solutions Of Elementary And Separable Differential Equations
Problem 16E: Find the general solution for each differential equation. Verify that each solution satisfies the...
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12y
Consider the differential equation xy" – y' =
(1)
Making the changes of variable x=e', y = u(t)e-2t in the differential equation (1), we obtain the
%3D
differential equation, u depending on t, given by u"-6u'-4u = 0
The solution of the differential equation (1), depending on the parameter t, with constant ci and
C2, is given by:
a)
Į ¤(t)
et
y(t)
ešt (cı cos(t/13) + c2
sen(tv/13))
S #(t)
b)
et
| y(t)
e (cretVB
+ Cze¯tV13
S¤(t)
et
c)
y(t)
3t
/13
+ C2e¬tV13
e°
Į ¤(t)
et
d)
y(t)
e' (c1 cos(tv/13) + C2 sen(tv/13))
Transcribed Image Text:12y Consider the differential equation xy" – y' = (1) Making the changes of variable x=e', y = u(t)e-2t in the differential equation (1), we obtain the %3D differential equation, u depending on t, given by u"-6u'-4u = 0 The solution of the differential equation (1), depending on the parameter t, with constant ci and C2, is given by: a) Į ¤(t) et y(t) ešt (cı cos(t/13) + c2 sen(tv/13)) S #(t) b) et | y(t) e (cretVB + Cze¯tV13 S¤(t) et c) y(t) 3t /13 + C2e¬tV13 e° Į ¤(t) et d) y(t) e' (c1 cos(tv/13) + C2 sen(tv/13))
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