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Fedor Petrov
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$$1-y^3-x^2+y^3x^8+y^4x^2-y^4x^8$$

is divisible by all three brackets, that is seen from three couplings of terms: $(1-y^3)+(y^4x^2-x^2)+(y^3x^8-y^4x^8)$ is divisible by $y-1$, $(1-x^2)+(y^4x^2-y^4x^8)+(y^3x^8-y^3)$ by $x-1$ and $(1-y^4x^8)+(y^4x^2-y^3)+(y^3x^8-x^2)$ by $x^2y-1$. Thus the answer is 6.

It may be easily found by studying the Newton hexagon: its sides and diagonals have prescribed directions.

$$1-y^3-x^2+y^3x^8+y^4x^2-y^4x^8$$

is divisible by all three brackets, that is seen from three couplings of terms. Thus the answer is 6.

It may be easily found by studying the Newton hexagon: its sides and diagonals have prescribed directions.

$$1-y^3-x^2+y^3x^8+y^4x^2-y^4x^8$$

is divisible by all three brackets, that is seen from three couplings of terms: $(1-y^3)+(y^4x^2-x^2)+(y^3x^8-y^4x^8)$ is divisible by $y-1$, $(1-x^2)+(y^4x^2-y^4x^8)+(y^3x^8-y^3)$ by $x-1$ and $(1-y^4x^8)+(y^4x^2-y^3)+(y^3x^8-x^2)$ by $x^2y-1$. Thus the answer is 6.

It may be easily found by studying the Newton hexagon: its sides and diagonals have prescribed directions.

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Fedor Petrov
  • 108.9k
  • 9
  • 264
  • 459

$$1-y^3-x^2+y^3x^8+y^4x^2-y^4x^8$$

is divisible by all three brackets, that is seen from three couplings of terms. Thus the answer is 6.

It may be easily found by studying the Newton hexagon: its sides and diagonals have prescribed directions.

$$1-y^3-x^2+y^3x^8+y^4x^2-y^4x^8$$

$$1-y^3-x^2+y^3x^8+y^4x^2-y^4x^8$$

is divisible by all three brackets, that is seen from three couplings of terms. Thus the answer is 6.

It may be easily found by studying the Newton hexagon: its sides and diagonals have prescribed directions.

Source Link
Fedor Petrov
  • 108.9k
  • 9
  • 264
  • 459

$$1-y^3-x^2+y^3x^8+y^4x^2-y^4x^8$$