Which of the following statements accurately describes vector graphics?

The statement that accurately describes vector graphics is that they can be scaled without losing quality. This characteristic is fundamental to vector graphics, which are created using mathematical equations to define shapes, lines, and colors. As a result, they maintain their clarity and detail regardless of how much they are enlarged or reduced in size, making them ideal for illustrations, logos, and any design work that requires flexibility in size and resolution.

In contrast, graphics made up of individual pixels, known as raster graphics, can become pixelated or lose quality when scaled. Raster graphics are typically created from a fixed resolution of pixels, and enlarging them beyond their original size leads to a loss of detail. Additionally, vector graphics are not rasterized for output unless specifically converted into a raster format; they can be printed and displayed in their native vector form. Lastly, vector graphics are not limited to a specific color palette, as they can utilize a vast array of colors depending on the design and application.