Answer & Solution
<stop> elements, where each stop element defines a color stop point and its corresponding color or shade within the gradient.
<stop> elements, where each stop element defines a color stop point and its corresponding color or shade within the gradient.
Which element is used to create a radial gradient in SVG?
A). <radialGradient>
B). <linearGradient>
C). <ellipse>
D). <path>
What does the stop element define in an SVG gradient?
A). Color stop point
B). Starting point of the gradient
C). Ending point of the gradient
D). Direction of gradient
How can you apply a linear gradient to a shape in SVG?
A). Using the fill attribute
B). Using the stroke attribute
C). Using the opacity attribute
D). Using the d attribute for paths
How do you apply a radial gradient to a shape in SVG?
A). Using the fill attribute
B). Using the stroke attribute
C). Using the opacity attribute
D). Using the d attribute for paths
How can you define a gradient once and reuse it for multiple elements in SVG?
A). By assigning an ID to the gradient and referencing it in elements
B). By copying the gradient code multiple times
C). By using inline styles for each element
D). By specifying multiple gradients in one element
Can SVG gradients be applied to text elements?
A). Yes
B). No
C). Only to shapes
D). Only to lines
What is the advantage of using SVG gradients for filling shapes and text?
A). Provides visually appealing color effects
B). Reduces file size
C). Increases rendering time
D). Limits color options
How is a linear gradient defined in SVG?
A). Using the <linearGradient> element
B). Using the <radialGradient> element
C). Using the <rect> element
D). Using the <circle> element
How can you add color transitions to SVG text elements?
A). By applying gradients using the fill attribute
B). By applying filters using the filter attribute
C). By using multiple text elements with different colors
D). By using CSS styles for each character
Which attribute is used to specify the starting point of a linear gradient in SVG?
A). x1, y1
B). x2, y2
C). cx, cy
D). r