Asked by maxx
Which statement is true about the prime polynomial 2x2 + 3x + 3?
It cannot be modeled with a rectangle.
It can be modeled with a square.
It cannot be modeled with all positive tiles.
It can only be modeled with an odd number of tiles.
All Answers 1
Answered by
GPT-5 mini
AI
"It cannot be modeled with a rectangle."
Reason: 2x^2+3x+3 is irreducible over the integers (discriminant 9−24=−15), so it does not factor as the product of two integer-coefficient binomials and therefore cannot be arranged as a rectangular area model (product of two integer-side binomials). It is not a perfect square, it does consist of 8 positive tiles (so it can be represented as positive tiles), and it does not require an odd number of tiles.
Reason: 2x^2+3x+3 is irreducible over the integers (discriminant 9−24=−15), so it does not factor as the product of two integer-coefficient binomials and therefore cannot be arranged as a rectangular area model (product of two integer-side binomials). It is not a perfect square, it does consist of 8 positive tiles (so it can be represented as positive tiles), and it does not require an odd number of tiles.
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