How can you reuse a gradient across multiple elements in SVG?
A). By defining the gradient once and referencing its ID
B). By copying and pasting the gradient code
C). By redefining the gradient for each element
D). By using inline styles for each element
What effect does changing the offset values of gradient stops have on the gradient?
A). It changes the position of color transitions
B). It changes the color of the stops
C). It changes the size of the stops
D). It changes the direction of the stops
What are gradient stops in SVG used for?
A). Defining color transitions
B). Creating shapes
C). Applying animations
D). Applying filters
How can you control the direction of a linear gradient using gradient stops in SVG?
A). By adjusting the x1, y1, x2, y2 attributes
B). By adjusting the cx, cy, r, fx, fy attributes
C). By adjusting the offset values of stops
D). By adjusting the stop-color of stops
How do you add gradient stops to a linear gradient in SVG?
A). By using multiple <stop> elements
B). By using the<color>element
C). By using the <path> element
D). By using the<gradient> element
What is the purpose of the stop-color attribute in an SVG gradient stop?
A). Defines the color of the stop
B). Defines the position of the stop
C). Defines the size of the stop
D). Defines the direction of the stop
How can you create a transparent gradient using gradient stops in SVG?
A). By setting the stop-opacity attribute
B). By setting the stop-color attribute to white with opacity 0
C). By adding multiple stops with opacity changes
D). By adding animation to the opacity stops
What does the stop-opacity attribute of a gradient stop control?
A). The opacity level of the stop
B). The position of the stop
C). The size of the stop
D). The color of the stop
How can you create a repeating gradient effect using gradient stops in SVG?
A). By setting the repeat attribute for stops
B). By duplicating the gradient code multiple times
C). By setting the gradientTransform attribute
D). By using multiple gradient stops with same colors
What does the fx and fy attributes of a radial gradient specify?
A). The focal point for the gradient in X and Y axes
B). The starting point for the gradient in X and Y axes
C). The ending point for the gradient in X and Y axes
D). The direction of the gradient in X and Y axes