How does the color management differ between vector graphics and raster images?
A). Vector graphics use RGB or CMYK color models, raster images use RGB color model
B). Vector graphics use RGB color model, raster images use CMYK or grayscale color models
C). Both use the same color models for color management
D). Vector graphics use grayscale color model, raster images use RGB or CMYK color models
What is the primary characteristic of vector graphics?
A). Scalability
B). Photorealism
C). Color depth
D). Resolution dependency
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
In terms of color depth, which type of graphic can represent a wider range of colors?
A). Raster
B). Vector
C). SVG
D). PNG
Which graphic type is commonly used for logos, icons, and typography?
A). Vector
B). Raster
C). JPEG
D). PNG
What is the typical format for saving photographic images captured by digital cameras?
A). JPEG
B). SVG
C). GIF
D). PNG
What is the purpose of anti-aliasing in raster images?
A). Smoothing jagged edges
B). Adding noise
C). Increasing saturation
D). Reducing file size
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
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
Which type of graphic is commonly used for photographic images?
A). Raster
B). Vector
C). SVG
D). PNG