Q
How does the color management differ between vector graphics and raster images?

Answer & Solution

Answer: Option A
Solution:
Vector graphics commonly use RGB (Red, Green, Blue) or CMYK (Cyan, Magenta, Yellow, Black) color models for color management, while raster images primarily use the RGB color model for digital display and web purposes, and CMYK for print-based projects to ensure accurate color representation.
Related Questions on Average

Which type of graphic is more suitable for designs requiring high-resolution printing, such as posters or banners?

A). Vector

B). Raster

C). GIF

D). PNG

In terms of color depth, which type of graphic can represent a wider range of colors?

A). Raster

B). Vector

C). SVG

D). PNG

What is the typical approach to creating animations in vector graphics compared to raster images?

A). Vector graphics use paths and transformations for animations, raster images use frame-based animations

B). Raster images use paths and transformations for animations, vector graphics use frame-based animations

C). Both use frame-based animations for creating motion

D). Vector graphics use frame-based animations, raster images use paths and transformations

Which file format is commonly associated with vector graphics?

A). SVG

B). JPEG

C). PNG

D). GIF

Which type of graphic is more suitable for detailed and realistic textures, such as those found in photographs or digital paintings?

A). Raster

B). Vector

C). JPEG

D). PNG

How does editing a vector graphic differ from editing a raster image?

A). Vector graphics can be edited without loss of quality

B). Raster images may lose quality with extensive edits

C). Both can be edited equally

D). Vector graphics require specialized software for editing

What is the advantage of vector graphics in terms of file size?

A). Smaller

B). Larger

C). Variable

D). Equal

Which type of graphic is more suitable for designs requiring sharpness and clarity, such as logos and typography?

A). Vector

B). Raster

C). PNG

D). GIF

How does a vector graphic handle scaling compared to a raster image?

A). Vector graphics maintain quality when scaled up, raster images may become pixelated

B). Both maintain quality when scaled up equally

C). Raster images maintain quality, vector graphics may become pixelated when scaled up

D). Both may lose quality when scaled up equally

What happens to the quality of a raster image when it's scaled up?

A). It may become pixelated

B). It becomes sharper

C). It remains the same

D). It loses color depth