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You entered:

-2*x^8*y^5*(3*x^2-5*x*y+y^2)=0

What you mean?

-2*x^8*y^5*(3*x^2-5*x*y+y^2)=0 equation

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Numerical solution:

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The solution

You have entered [src]
    8  5 /   2            2\    
-2*x *y *\3*x  - 5*x*y + y / = 0
$$- 2 x^{8} y^{5} \cdot \left(3 x^{2} - 5 x y + y^{2}\right) = 0$$
The graph
Rapid solution [src]
x1 = 0
$$x_{1} = 0$$
       /      ____\
     y*\5 - \/ 13 /
x2 = --------------
           6       
$$x_{2} = \frac{y \left(- \sqrt{13} + 5\right)}{6}$$
       /      ____\
     y*\5 + \/ 13 /
x3 = --------------
           6       
$$x_{3} = \frac{y \left(\sqrt{13} + 5\right)}{6}$$
Sum and product of roots [src]
sum
          /      ____\     /      ____\
        y*\5 - \/ 13 /   y*\5 + \/ 13 /
0 + 0 + -------------- + --------------
              6                6       
$$\frac{y \left(\sqrt{13} + 5\right)}{6} + \left(\frac{y \left(- \sqrt{13} + 5\right)}{6} + \left(0 + 0\right)\right)$$
=
  /      ____\     /      ____\
y*\5 + \/ 13 /   y*\5 - \/ 13 /
-------------- + --------------
      6                6       
$$\frac{y \left(- \sqrt{13} + 5\right)}{6} + \frac{y \left(\sqrt{13} + 5\right)}{6}$$
product
      /      ____\   /      ____\
    y*\5 - \/ 13 / y*\5 + \/ 13 /
1*0*--------------*--------------
          6              6       
$$1 \cdot 0 \frac{y \left(- \sqrt{13} + 5\right)}{6} \frac{y \left(\sqrt{13} + 5\right)}{6}$$
=
0
$$0$$
0