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The general solution of the 1st-order ODE, -3(x+3y-2)² (x + 3y - 2)y' = = is ²- y - 1/3(x - 2) O a. y(x) = ln(3x + C) − 2 ○ b._y(x) = ln(6x + C) + (2 − 1 O c. y(x): 3√3 [±ln(18(x + C)) - ○ d. y(x) = [ln(6x + C) ± (2 − =

The general solution of the 1st-order ODE, -3(x+3y-2)² (x + 3y - 2)y' = = is ²- y - 1/3(x - 2) O a. y(x) = ln(3x + C) − 2 ○ b._y(x) = ln(6x + C) + (2 − 1 O c. y(x): 3√3 [±ln(18(x + C)) - ○ d. y(x) = [ln(6x + C) ± (2 − =

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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The general solution of the 1st-order ODE, -3(x+3y-2)² (x + 3y - 2)y' = = is O a. ○ b. y(x) = ln(3x + C) − 2 y(x) = ²- y - 1/3(x - 2) ln(6x + C) + (2 − 1 O c. 3√3 [±ln(18(x + C)) - ○ d. y(x) = [ln(6x + C) ± (2 − y(x): =
Transcribed Image Text:The general solution of the 1st-order ODE, -3(x+3y-2)² (x + 3y - 2)y' = = is O a. ○ b. y(x) = ln(3x + C) − 2 y(x) = ²- y - 1/3(x - 2) ln(6x + C) + (2 − 1 O c. 3√3 [±ln(18(x + C)) - ○ d. y(x) = [ln(6x + C) ± (2 − y(x): =
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