(x + y – 1)dx + (2x + 2y + 1)dy = 0 a. x + 2y + C = In(x+y+ 2) b. x + 2y + C = 3ln(x + y+ 2) c. x + 2y = C ln(x + y+ 2) d. x + 2y + C = 3ln(x + 2y + 2) e. None of the Above
(x + y – 1)dx + (2x + 2y + 1)dy = 0 a. x + 2y + C = In(x+y+ 2) b. x + 2y + C = 3ln(x + y+ 2) c. x + 2y = C ln(x + y+ 2) d. x + 2y + C = 3ln(x + 2y + 2) e. None of the Above
(x + y – 1)dx + (2x + 2y + 1)dy = 0 a. x + 2y + C = In(x+y+ 2) b. x + 2y + C = 3ln(x + y+ 2) c. x + 2y = C ln(x + y+ 2) d. x + 2y + C = 3ln(x + 2y + 2) e. None of the Above
Find the differential equation of this equation (Please provide a complete solution)
Solve this equation using the Coefficient in Linear of 2
Transcribed Image Text:(x + y – 1)dx + (2x + 2y + 1)dy = 0
a. x + 2y + C = In(x+ y+ 2)
b. x + 2y + C = 3ln(x + y+ 2)
c. x + 2y = C ln(x + y+ 2)
d. x + 2y + C = 3ln(x + 2y + 2)
e. None of the Above
With integration, one of the major concepts of calculus. Differentiation is the derivative or rate of change of a function with respect to the independent variable.
Expert Solution
This question has been solved!
Explore an expertly crafted, step-by-step solution for a thorough understanding of key concepts.
