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Consider the following non-homogeneous first-order differential equation, where y = 47 dy dt Ty + y = Kz (t) → z (t) = (+1forto) -1 t<0 y (0) = -10 Find the value of the solution to this equation when y (= 3), or at the third time constant. 7.29 09 06 0 19 O 16

Consider the following non-homogeneous first-order differential equation, where y = 47 dy dt Ty + y = Kz (t) → z (t) = (+1forto) -1 t<0 y (0) = -10 Find the value of the solution to this equation when y (= 3), or at the third time constant. 7.29 09 06 0 19 O 16

Advanced Engineering Mathematics
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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Consider the following non-homogeneous first-order differential equation, where y = dy Ty + y = Kx (t) ⇒ x (t) = (-1 fort) y (0) = -10 Find the value of the solution to this equation when y ( = 3), or at the third time constant. 7.29 09 06 O 19 O 16
Transcribed Image Text:Consider the following non-homogeneous first-order differential equation, where y = dy Ty + y = Kx (t) ⇒ x (t) = (-1 fort) y (0) = -10 Find the value of the solution to this equation when y ( = 3), or at the third time constant. 7.29 09 06 O 19 O 16
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