The substitution y = xv(x) transforms a homogeneous equation into a separable equation. The latter equation can be solved by direct integration, and then replacing v by 2 gives the solution to the original equation. dy _ x? + 7y? Use this method to solve the differential equation dx 6xy NOTE: Use c for the constant of integration. y(x) = ±

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The substitution y = xv(x) transforms a homogeneous equation into a
separable equation. The latter equation can be solved by direct
integration, and then replacing v by 2 gives the solution to the
original equation.
dy _ x? + 7y?
Use this method to solve the differential equation
dx
6xy
NOTE: Use c for the constant of integration.
y(x) = ±
Transcribed Image Text:The substitution y = xv(x) transforms a homogeneous equation into a separable equation. The latter equation can be solved by direct integration, and then replacing v by 2 gives the solution to the original equation. dy _ x? + 7y? Use this method to solve the differential equation dx 6xy NOTE: Use c for the constant of integration. y(x) = ±
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