Which file format is defined by mathematical descriptions of shapes and is ideal for scalable graphics such as logos?

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Multiple Choice

Which file format is defined by mathematical descriptions of shapes and is ideal for scalable graphics such as logos?

Explanation:
This item tests understanding of vector graphics and scalable formats. Vector graphics are defined by mathematical descriptions of shapes, which lets images scale without losing quality. SVG, or Scalable Vector Graphics, encodes shapes as coordinates and paths in an XML-based file. Because everything is defined mathematically, logos can be resized from tiny icons to large banners without any blur or jagged edges, making SVG ideal for scalable graphics. It’s also widely supported on the web and easy to edit. Other formats aren’t as well suited: EPS is a vector format used in printing, but SVG is more common for web scalability; TIFF is raster and would pixelate when enlarged; WAV is audio, not an image format.

This item tests understanding of vector graphics and scalable formats. Vector graphics are defined by mathematical descriptions of shapes, which lets images scale without losing quality. SVG, or Scalable Vector Graphics, encodes shapes as coordinates and paths in an XML-based file. Because everything is defined mathematically, logos can be resized from tiny icons to large banners without any blur or jagged edges, making SVG ideal for scalable graphics. It’s also widely supported on the web and easy to edit. Other formats aren’t as well suited: EPS is a vector format used in printing, but SVG is more common for web scalability; TIFF is raster and would pixelate when enlarged; WAV is audio, not an image format.

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