2. Find the correct form for the particular solution but DO NOT determine the coefficients. (Hint: You already computed the homogeneous solution for this differential equation in Problem la. Feel free to just refer to it.) 0 " - 8a"- 9r = te" + sin t +t?

Advanced Engineering Mathematics
10th Edition
ISBN:9780470458365
Author:Erwin Kreyszig
Publisher:Erwin Kreyszig
Chapter2: Second-order Linear Odes
Section: Chapter Questions
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Question 2
1. Find the general real solution for the following differential equations. /
a. r-8r" - 9r 18
1
"+x = -
sin t
C.
b. tr" +3ta' +2r 0
d. "-tr' + x = t
2. Find the correct form for the particular solution but DO NOT determine the
coefficients. (Hint: You already computed the homogeneous solution for this differential
equation in Problem la. Feel free to just refer to it.)
" – 8a"- 9r = te" + sin t + t?
3. Consider the second-order differential equation
Pr" - t(t+2)x' + (t + 2)x = 0.
a. Show that x, = t is a solution. /
b. Find the general solution. /
Transcribed Image Text:1. Find the general real solution for the following differential equations. / a. r-8r" - 9r 18 1 "+x = - sin t C. b. tr" +3ta' +2r 0 d. "-tr' + x = t 2. Find the correct form for the particular solution but DO NOT determine the coefficients. (Hint: You already computed the homogeneous solution for this differential equation in Problem la. Feel free to just refer to it.) " – 8a"- 9r = te" + sin t + t? 3. Consider the second-order differential equation Pr" - t(t+2)x' + (t + 2)x = 0. a. Show that x, = t is a solution. / b. Find the general solution. /
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