Which of the following describes a disadvantage of vector graphics?

The correct answer identifies a key limitation of vector graphics related to editing shapes. While vector graphics are highly versatile and can be scaled without losing quality, they can sometimes be challenging to work with when it comes to intricate or complex shapes. This difficulty arises because vector graphics are based on mathematical expressions that define shapes, rather than pixels. As a result, while basic shapes are relatively easy to edit, altering more complex forms can require a greater understanding of the vector tools and techniques involved.

In contrast, the other options present features or characteristics that do not accurately reflect disadvantages of vector graphics. For example, vector graphics are not designed for pixel-based images, which typically fall under raster graphics. When it comes to photography, raster graphics are usually preferred because they capture the nuances of color and detail better than vector graphics can, which fare better for illustrations and flat graphics. Furthermore, vector graphics inherently support various color variations, making them quite flexible in terms of color application.