Homogeneous Reducible Equation Assignment Help

Assignment Help: >> Calculus - Homogeneous Reducible Equation

Homogeneous Reducible Equation:

Type 1: Suppose a differential equation of the form:

1472_Homogeneous Reducible Equation.png 
 That is clearly non-homogeneous. In order to create it homogeneous, we proceed as follows:

We replace x = X + h and y = Y + k in (i), where h, k are constants to be calculated suitably.

225_Homogeneous Reducible Equation1.png 
 Now (i) becomes
987_Homogeneous Reducible Equation2.png

Select h and k so that

ah + bk + c = 0,

Ah + Bk + C = 0.


These equations provide

1384_Homogeneous Reducible Equation3.png 
 Now equation (ii) becomes

312_Homogeneous Reducible Equation4.png 
 which being a homogeneous equation will be solved by means of the replacement Y = VX.

Type II: Suppose a differential equation of the form

488_Homogeneous Reducible Equation5.png 
 Since aB - Ab = 0, the above function fails in view of (iii).

We have

796_Homogeneous Reducible Equation7.png 

Let us replace Ax + By = z such that
77_Homogeneous Reducible Equation8.png

Now (iv) becomes

879_Homogeneous Reducible Equation10.png

which is an equation with different variables.

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