Given the linear differential equation dy +3 = sin(x). da Which one of the following is a valid Integrating factor? ©r(z) = e³ ©r(2) = 2³ r(z)=3 ln(2) r(2) = 3r Question 4 dy Given that C is an arbitrary constant, which of the following functions is the general solution of da Oy(z) = Ce =y+z? 1 pts

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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Question 3
Given the linear differential equation
dy +3² = sin(a).
da F
Which one of the following is a valid Integrating factor?
Or(x) = c³
Ⓒr(t) = 1³
r(z) = 3 ln(2)
Ⓒr(2) = 3r
Question 4
Given that C' is an arbitrary constant, which of the following functions is the general solution of
dy
da
Oy(z) = Ce-
= y + x?
1 pts
Transcribed Image Text:Question 3 Given the linear differential equation dy +3² = sin(a). da F Which one of the following is a valid Integrating factor? Or(x) = c³ Ⓒr(t) = 1³ r(z) = 3 ln(2) Ⓒr(2) = 3r Question 4 Given that C' is an arbitrary constant, which of the following functions is the general solution of dy da Oy(z) = Ce- = y + x? 1 pts
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