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(x – 2)dx + 4(x +y – 1)dy = 0 %3D a. 2(y + 1) = (x + 2y) In[C(x + 2y)] b. 2(y + 1) = -(x + 2y) In[C(x +2y)] c. 2(y + 1) – (x + 2y) = In[C(x +2y)] d. 2(y + 1) = (x + 2y)+ln[C(x + 2y)] e. None of the Above

(x – 2)dx + 4(x +y – 1)dy = 0 %3D a. 2(y + 1) = (x + 2y) In[C(x + 2y)] b. 2(y + 1) = -(x + 2y) In[C(x +2y)] c. 2(y + 1) – (x + 2y) = In[C(x +2y)] d. 2(y + 1) = (x + 2y)+ln[C(x + 2y)] e. None of the Above

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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Find the differential equation of this equation (Please provide a complete solution)

Solve this equation using the Coefficient in Linear of 2 

(х — 2)dx + 4(х +у—1)dy 3D 0 a. 2(y + 1) = (x + 2y) In[C(x + 2y)] b. 2(y + 1) = -(x + 2y) In[C(x +2y)] с. 20у + 1) — (х + 2у) — In[C (x+ 2y)] d. 2(y + 1) = (x+ 2y)+ln[C(x + 2y)] e. None of the Above
Transcribed Image Text:(х — 2)dx + 4(х +у—1)dy 3D 0 a. 2(y + 1) = (x + 2y) In[C(x + 2y)] b. 2(y + 1) = -(x + 2y) In[C(x +2y)] с. 20у + 1) — (х + 2у) — In[C (x+ 2y)] d. 2(y + 1) = (x+ 2y)+ln[C(x + 2y)] e. None of the Above
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