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QUESTION 2 Consider the following differential equation (ODE #1) 4y"-12y'+5y=0. Which of the formulas below describes the general solution of (ODE #1)? 0 ○ y(x) = c₁e1* +c2e2 2x ○ y(x) = c₁e³x + c₂xex ○ y(x)=c₁xe"¹* +c₂xe2* O y(x)=c,sin(bx)+c₂cos(bx) ○ y(x) = c₁eax sin(bx)+c₁ex cos(bx)

QUESTION 2 Consider the following differential equation (ODE #1) 4y"-12y'+5y=0. Which of the formulas below describes the general solution of (ODE #1)? 0 ○ y(x) = c₁e1* +c2e2 2x ○ y(x) = c₁e³x + c₂xex ○ y(x)=c₁xe"¹* +c₂xe2* O y(x)=c,sin(bx)+c₂cos(bx) ○ y(x) = c₁eax sin(bx)+c₁ex cos(bx)

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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QUESTION 2 Consider the following differential equation (ODE #1) 4y"-12y'+5y=0. Which of the formulas below describes the general solution of (ODE #1)? 0 ○ y(x) = c₁e1* +c2e2 2x ○ y(x) = c₁e³x + c₂xex ○ y(x)=c₁xe"¹* +c₂xe2* O y(x)=c,sin(bx)+c₂cos(bx) ○ y(x) = c₁eax sin(bx)+c₁ex cos(bx)
Transcribed Image Text:QUESTION 2 Consider the following differential equation (ODE #1) 4y"-12y'+5y=0. Which of the formulas below describes the general solution of (ODE #1)? 0 ○ y(x) = c₁e1* +c2e2 2x ○ y(x) = c₁e³x + c₂xex ○ y(x)=c₁xe"¹* +c₂xe2* O y(x)=c,sin(bx)+c₂cos(bx) ○ y(x) = c₁eax sin(bx)+c₁ex cos(bx)
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