Understanding Raster and Vector Graphics

What is a raster graphic primarily composed of?

• Lines and curves

• Pixels

• Vectors

• Nodes

Which file format is commonly used for raster graphics?

• SVG

• PNG

• EPS

• PDF

What is a vector graphic primarily composed of?

• Pixels

• Nodes and paths

• Bitmaps

• Grids

Which of the following is a common application of raster graphics?

• Logo design

• Digital painting

• CAD drawings

• Technical illustrations

Which software is typically used for creating vector graphics?

• Adobe Photoshop

• Adobe Illustrator

• Corel Painter

• GIMP

Explain why raster graphics are not ideal for scaling to larger sizes.

• They become pixelated and lose quality.

• They require more memory.

• They are too complex to edit.

• They are not compatible with most printers.

Describe a scenario where vector graphics are preferred over raster graphics.

• When creating a detailed digital painting.

• When designing a logo that needs to be resized frequently.

• When editing a photograph.

• When creating a pixel art game.

How do vector graphics maintain quality when resized?

• They use a fixed grid of pixels.

• They are based on mathematical equations.

• They compress data efficiently.

• They use high-resolution images.

Compare the file sizes of raster and vector graphics and explain why they differ.

• Raster files are larger because they store pixel data.

• Vector files are larger because they store complex paths.

• Raster files are smaller because they are compressed.

• Vector files are smaller because they use fewer colors.

Analyze the impact of using raster graphics in web design.

• They load faster due to smaller file sizes.

• They provide high-quality images at any size.

• They can slow down page load times due to large file sizes.

• They are not supported by most web browsers.