What technique can be used to reduce the number of HTTP requests for SVG icons?
A). Combine SVG icons into a single sprite
B). Embed SVG icons directly into HTML
C). Increase image resolution for better quality
D). Use inline styles for all SVG elements
What does the stroke-linecap attribute in SVG control?
A). Shape of the line endings
B). Opacity of the stroke
C). Color of the stroke
D). Thickness of the stroke
How can you optimize SVG files for better rendering performance?
A). Remove unnecessary elements and attributes
B). Increase file size
C). Use complex path structures
D). Embed JavaScript code into SVG
What technique can be used to combine multiple SVG icons into a single file?
A). SVG sprites
B). Inline styles
C). External CSS
D). Separate SVG files for each icon
Which of the following is a benefit of optimizing SVG paths?
A). Reduced file size
B). Increased complexity
C). Better color gradients
D). Slower rendering
How can you add visual effects to SVG graphics without increasing file size significantly?
A). Use SVG filters judiciously
B). Use inline styles for all elements
C). Embed large images into SVG files
D). Use complex path structures
What does minification do to SVG code?
A). Removes whitespace, line breaks, and unnecessary characters
B). Adds extra spaces and line breaks
C). Increases file size
D). Converts SVG code to JavaScript
How can you ensure compatibility of optimized SVG files with different browsers and devices?
A). Thoroughly test SVG files across various platforms
B). Increase file size for better rendering
C). Use complex path structures for visual effects
D). Embed external JavaScript code into SVG
What is the purpose of the <defs> element in SVG optimization?
A). Define reusable elements and gradients
B). Specify document type
C). Declare SVG version
D). Set default fill and stroke styles
How can you reduce the file size of an SVG graphic with a gradient fill?
A). Use gradient mesh tool
B). Optimize the gradient path
C). Increase the number of gradient stops
D). Use a raster image for the gradient