Which technology is more suitable for creating high-quality scalable graphics?

Which technology is easier to export and manipulate with external programs?

A). A. Canvas

B). B. SVG

C). C. Both Canvas and SVG

D). D. Neither Canvas nor SVG

Which technology offers better support for accessibility features?

A). A. Canvas

B). B. SVG

C). C. Both Canvas and SVG

D). D. Neither Canvas nor SVG

Which technology allows direct access to individual elements after drawing?

A). A. Canvas

B). B. SVG

C). C. Both Canvas and SVG

D). D. Neither Canvas nor SVG

What type of elements does Canvas support?

A). A. Scalable vector shapes

B). B. Bitmap images

C). C. Interactive buttons

D). D. SVG paths

Which technology is better for creating interactive graphics and animations?

A). A. Canvas

B). B. SVG

C). C. Both Canvas and SVG

D). D. None of the above

Which technology is more suitable for creating complex animations and effects?

A). A. Canvas

B). B. SVG

C). C. Both Canvas and SVG

D). D. Neither Canvas nor SVG

Which technology is more efficient in terms of rendering performance?

A). A. Canvas

B). B. SVG

C). C. Both Canvas and SVG

D). D. Neither Canvas nor SVG

What is the primary purpose of HTML5 Canvas?

A). A. Creating scalable vector graphics

B). B. Rendering bitmap-based graphics

C). C. Storing data

D). D. Handling events

Which technology is more suitable for dynamic rendering of data-driven visualizations?

A). A. Canvas

B). B. SVG

C). C. Both Canvas and SVG

D). D. Neither Canvas nor SVG

How does SVG handle resizing and scaling of graphics?

A). A. Lossy scaling

B). B. Pixelation

C). C. Lossless scaling

D). D. No scaling support