Show that the differential equation
is homogeneous and solve it.
Given, We have a differential equation, ![]()
To Find: Prove that it is a homogenous differential equation and solve.
Explanation: We have ![]()
It can be written as
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Now, to prove that it is a Homogenous differential equation, we put x = λx and y = λy then
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Now, Taking λ as common from both numerator and denominator, we get
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If,
then it is an homogenous differential equation
Now, Solution of this differential equation is
Put y = v x
Then, ![]()
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So, When we compare this derivative from the given equation we get
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Taking x as common from R.H.S
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On integrating both sides,
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For Solving L.H.S
Put v2 + v + 1 = t
2v + 1 dv = dt
So,
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Now, Put the value of v = y/ x, we get

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Hence, This is the solution of Given differential equation.
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