Find the solution of the initial-value problem. HINT: y(x) = e is a solution of the differential equation. 4 -X 4x e*-31 4* 15 13 a) ○ p=-1e²+ b) ○ y=-31²-13 13 31 c) ○ y = 1/2 e²-300 10 13 d) ○ y=-1¹e²+ 6 31 10 13 e) 0 -- -- e 4 -X e + 15 10 4 -X 15 -X + f) O None of the above. e 4 15 4x 4x e²-4e² 15 [y"-4y"-y' +4y=0,y(0)=-5,y '(0)-2,y "(0)-1]
Find the solution of the initial-value problem. HINT: y(x) = e is a solution of the differential equation. 4 -X 4x e*-31 4* 15 13 a) ○ p=-1e²+ b) ○ y=-31²-13 13 31 c) ○ y = 1/2 e²-300 10 13 d) ○ y=-1¹e²+ 6 31 10 13 e) 0 -- -- e 4 -X e + 15 10 4 -X 15 -X + f) O None of the above. e 4 15 4x 4x e²-4e² 15 [y"-4y"-y' +4y=0,y(0)=-5,y '(0)-2,y "(0)-1]
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.CR: Chapter 11 Review
Problem 29CR
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