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 detailed and realistic textures, such as those found in photographs or digital paintings?

A). Raster

B). Vector

C). JPEG

D). PNG

Which type of graphic is commonly used for photographic images?

A). Raster

B). Vector

C). SVG

D). PNG

What is the primary characteristic of vector graphics?

A). Scalability

B). Photorealism

C). Color depth

D). Resolution dependency

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

What is the typical format for saving photographic images captured by digital cameras?

A). JPEG

B). SVG

C). GIF

D). PNG

Which file format is commonly associated with vector graphics?

A). SVG

B). JPEG

C). PNG

D). GIF

Which graphic type is commonly used for logos, icons, and typography?

A). Vector

B). Raster

C). JPEG

D). PNG

What is the primary disadvantage of raster images compared to vector graphics?

A). Loss of quality when scaled up

B). Larger file sizes

C). Limited color depth

D). Incompatibility with web browsers

How does the resolution of a raster image affect its quality?

A). Higher resolution means better quality, lower resolution means lower quality

B). Higher resolution means lower quality, lower resolution means better quality

C). Resolution has no impact on quality

D). Higher resolution means more colors, lower resolution means fewer colors

What is the primary difference between vector graphics and raster images in terms of representation?

A). Vector graphics use mathematical formulas to define shapes and colors, raster images use pixels arranged in a grid

B). Vector graphics use pixels arranged in a grid, raster images use mathematical formulas

C). Both use mathematical formulas for representation

D). Vector graphics represent colors in binary code, raster images use RGB values