Consider the fourth-order, linear differential operator et D+ D² + 9 – t 16 + t4 2t D3 4+t² sin(2t) L(t) = Dª – 36 – t2 sin(t) | (1) Evaluate L(t)et. (2) Give the interval of definition for the solution of the initial-value problem e2t L(t)y = y" (7) = y"(7) = y (7) = y(7) = 0 . %3D %3D 8 +t (3) Give the interval of definition for the solution of the initial-value problem e2t L(t)y : y" (-7) = y" (-7) = y'(-7) = y(-7) = 5. 8 +t'
Consider the fourth-order, linear differential operator et D+ D² + 9 – t 16 + t4 2t D3 4+t² sin(2t) L(t) = Dª – 36 – t2 sin(t) | (1) Evaluate L(t)et. (2) Give the interval of definition for the solution of the initial-value problem e2t L(t)y = y" (7) = y"(7) = y (7) = y(7) = 0 . %3D %3D 8 +t (3) Give the interval of definition for the solution of the initial-value problem e2t L(t)y : y" (-7) = y" (-7) = y'(-7) = y(-7) = 5. 8 +t'
Advanced Engineering Mathematics
10th Edition
ISBN:9780470458365
Author:Erwin Kreyszig
Publisher:Erwin Kreyszig
Chapter2: Second-order Linear Odes
Section: Chapter Questions
Problem 1RQ
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Transcribed Image Text:Consider the fourth-order, linear differential operator
et
D+
D² +
9 – t
16 + t4
2t
D3
4+t²
sin(2t)
L(t) = Dª –
36 – t2
sin(t)
|
(1) Evaluate L(t)et.
(2) Give the interval of definition for the solution of the initial-value problem
e2t
L(t)y =
y" (7) = y"(7) = y (7) = y(7) = 0 .
%3D
%3D
8 +t
(3) Give the interval of definition for the solution of the initial-value problem
e2t
L(t)y :
y" (-7) = y" (-7) = y'(-7) = y(-7) = 5.
8 +t'
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