Projective range is like looking at the world through a special kind of glasses that make everything appear closer together or farther apart than they really are. Imagine you have a toy box filled with toys of different sizes and shapes, and you want to put them on a shelf. But instead of just putting them in a row, you want to arrange them so that they look like they're all the same size, even though they're not.
So you put some toys closer to the shelf and some farther away, and you arrange them in a way that makes them look like they're all the same size when you look at them from a certain angle. This is kind of like what projective range does: it transforms a set of objects so that they appear to be evenly spaced, even though they might really be very different in size or shape.
This idea is very useful in lots of different fields, like math, science, and art. For example, in math, projective range can be used to study things like geometry and topology, which are all about the shapes and sizes of things. In science, projective range can help us visualize things that are too small or too large to see with the naked eye, like atoms or galaxies. And in art, projective range can be used to create illusions or to make things look more interesting or dynamic.