Determine the values of the parameter s for which the system has a unique solution, and describe the solution. 3sx, + 4x2 = 5 9x1 + 4sx2 -3
Determine the values of the parameter s for which the system has a unique solution, and describe the solution. 3sx, + 4x2 = 5 9x1 + 4sx2 -3
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
![Determine the values of the parameter s for which the system has a unique solution, and describe the solution.
3sx, + 4x2 = 5
9x, + 4sx2 = -3
Choose the correct answer below.
3(-s-5)
5s +3
O A. s+0; x, =
4(s² - 3)
3(s? - 3)
3(-s- 5)
;X, =
5s +3
O B. S# t /3; x, =
3(s2 - 3)
4 (s² – 3)
5s +3
3(-s- 5)
Oc. s+0; x, =
3(s? - 3)
4(s? - 3)
3(-s- 5)
X2
4(s? - 3)
5s +3
O D. S# +/3; x,
3(s2 - 3)](/v2/_next/image?url=https%3A%2F%2Fcontent.bartleby.com%2Fqna-images%2Fquestion%2Fc0867650-b445-489d-98f3-e27e64467d14%2F700350c0-a546-430e-ae55-294bd2d4e8b5%2Fs4z2yg_processed.png&w=3840&q=75)
Transcribed Image Text:Determine the values of the parameter s for which the system has a unique solution, and describe the solution.
3sx, + 4x2 = 5
9x, + 4sx2 = -3
Choose the correct answer below.
3(-s-5)
5s +3
O A. s+0; x, =
4(s² - 3)
3(s? - 3)
3(-s- 5)
;X, =
5s +3
O B. S# t /3; x, =
3(s2 - 3)
4 (s² – 3)
5s +3
3(-s- 5)
Oc. s+0; x, =
3(s? - 3)
4(s? - 3)
3(-s- 5)
X2
4(s? - 3)
5s +3
O D. S# +/3; x,
3(s2 - 3)
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