Final answer:A line of symmetry and a diagonal in a polygon aredistinct. The former divides a shape into two mirror-image halves, while the latter connects non-adjacent vertices of the polygon. While they both relate to polygons, they serve distinct purposes.Explanation:In the field of mathematics, specifically when we deal with polygons, it's important to understand the concepts oflines of symmetryanddiagonals.Are lines of symmetry also diagonals in a polygon?They arenot the same, but each has its own distinct definition and attributes.A line of symmetry is a line that splits a shape into two equal parts, making each part a mirror image of the other. A polygon may have one, several, or even no lines of symmetry, depending on its shape. For example, a square has four lines of symmetry, while a trapezoid only has one.On the other hand, a diagonal is a line that connects two non-adjacent vertices of a polygon. In a square, for instance, there are two diagonals. Therefore, though diagonals and lines of symmetry both have some relation to polygons, they perform different roles.Learn more about Lines of Symmetry and Diagonals in a Polygon here:brainly.com/question/33441959#SPJ2...

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