2) Which of the following is a separable differential equation obtained by applying the appropriate transformation to the differential equation dy_(x + y)² ? dx x² A) (1+u²)dx-2x du = 0 B) (1+u+u²)dx-xdu = 0 C) (1+u)dx + 2xdu = 0 D) (1+u²)du-2xdx = 0 E) (1+u²)dx-2xdu = 0

Algebra & Trigonometry with Analytic Geometry
13th Edition
ISBN:9781133382119
Author:Swokowski
Publisher:Swokowski
Chapter11: Topics From Analytic Geometry
Section: Chapter Questions
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2) Which of the following is a separable
differential equation obtained by applying the
appropriate transformation to the differential
dy_(x + y)² ?
equation
dx
x²
A) (1+u²)dx-2x du = 0
B) (1+u+u²)dx-xdu = 0
C) (1+u)dx+2xdu = 0
D) (1+u²)du-2xdx = 0
E) (1+u²)dx-2xdu = 0
Transcribed Image Text:2) Which of the following is a separable differential equation obtained by applying the appropriate transformation to the differential dy_(x + y)² ? equation dx x² A) (1+u²)dx-2x du = 0 B) (1+u+u²)dx-xdu = 0 C) (1+u)dx+2xdu = 0 D) (1+u²)du-2xdx = 0 E) (1+u²)dx-2xdu = 0
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