Problem #4: Solve the following initial value problem.
x(dy)/(dx)+(9x+3)y=e^(-9x)lnx,y(1)=0
Problem #4: inter your answer as a symbolic unction of
x
, as in these examples Do not include '
y=
' in your answer. Problem #5: Solve the following initial value problem.
cos^(2)xsinx(dy)/(dx)+(cos^(3)x)y=5,y((\pi )/(3))=2
Problem #5: Enter your answer as a symbolic function of
x
, as in these Do not include '
y=
' in your answer.

Question

Problem #4: Solve the following initial value problem.

x(dy)/(dx)+(9x+3)y=e^(-9x)lnx,y(1)=0

Problem #4: inter your answer as a symbolic unction of

x

, as in these examples Do not include '

y=

' in your answer. Problem #5: Solve the following initial value problem.

cos^(2)xsinx(dy)/(dx)+(cos^(3)x)y=5,y((\pi )/(3))=2

Problem #5: Enter your answer as a symbolic function of

x

, as in these Do not include '

y=

' in your answer.

Accepted Answer

Expert Answer to - Problem #4: Solve the following initial value problem. x(dy)/(dx)+(9x+3)y=e^(-9x)lnx,y(1)=0 Problem

Answer

Solution for - Problem #4: Solve the following initial value problem. x(dy)/(dx)+(9x+3)y=e^(-9x)lnx,y(1)=0 Problem

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This an additional answer to - Problem #4: Solve the following initial value problem. x(dy)/(dx)+(9x+3)y=e^(-9x)lnx,y(1)=0 Problem

(Solved): Problem #4: Solve the following initial value problem. x(dy)/(dx)+(9x+3)y=e^(-9x)lnx,y(1)=0 Problem ...