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5 votes
Solve for
y as a function of
x:


y^\prime-xe^y=2e^y and
y(0)=0

User Zul
by
8.0k points

1 Answer

7 votes


y=-ln(-(x^2)/(2)-2x+1)

see images for steps.

ask for explanation.

hope this helps,

jeron

:)

takeaways:

remember that y' is dy/dx


separable differentiation (when you get the side with y with its dy and the side with x with its dx... only possible when multiplying or dividing NO ADDITION OR SUBTRACTION)


key terms:

separable differentiation (when you get the side with y with its dy and the side with x with its dx... only possible when multiplying or dividing NO ADDITION OR SUBTRACTION)
initial condition (a point on the graph of y)
general solution (involves the +c)
particular solution (you used initial condition to find the c)

Solve for y as a function of x: y^\prime-xe^y=2e^y and y(0)=0-example-1
Solve for y as a function of x: y^\prime-xe^y=2e^y and y(0)=0-example-2
User Manjari
by
8.9k points