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.
Question
![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.](http://redmondmathblog.com/photo/6500914fe0fdd.webp)
Answer:
Answer:it cannot be modeled with a rectangleStep-by-step explanation:let's eliminate the wrong answers first1. it cannot be modeled with all positive tiles --- this incorrect because it is all positive, so it CAN be modeled with all positive tiles2. it can only be modeled with an odd number of tiles -- not true, because 2x^2 is even number of tiles3. it can be modeled with a square -- to be modeled as a square, the polynomial have to be factored into square ie (x+2)², but cann't be factored as square, so again not truetherefore, first one is the answer. because you cannot factor the polynomial as such (x+2)(x+3), so it cannot be modeled with a rectangle.
![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.](http://redmondmathblog.com/photo/6500914f9dd62.webp)
![65047f68e5345.webp](http://redmondmathblog.com/photo/65047f68e5345.webp)
solved
algebra
8 months ago
5681