Which statement best describes vector images?

Which statement best describes vector images?

• A. They are made of pixels
• B. They are constructed from mathematical equations and are scalable
• C. They lose quality when scaled
• D. They cannot be printed properly

Answer: (B)

Vector images are defined by mathematical equations that describe lines and curves, so they are scalable and resolution-independent. This means you can enlarge or shrink a vector image without losing sharpness, which is why describing them as constructed from mathematical equations and being scalable is the best fit. Unlike images made of pixels, vectors don’t rely on a fixed grid, so they maintain clean edges at any size and print smoothly at any resolution.

Vector images are defined by mathematical equations that describe lines and curves, so they are scalable and resolution-independent. This means you can enlarge or shrink a vector image without losing sharpness, which is why describing them as constructed from mathematical equations and being scalable is the best fit. Unlike images made of pixels, vectors don’t rely on a fixed grid, so they maintain clean edges at any size and print smoothly at any resolution.