diff --git a/examples/3d/3d_shapes.rs b/examples/3d/3d_shapes.rs
index e16ac45be5706..a256ae1ce8b32 100644
--- a/examples/3d/3d_shapes.rs
+++ b/examples/3d/3d_shapes.rs
@@ -2,7 +2,7 @@
 //!
 //! "Shape primitives" here are just the mathematical definition of certain shapes, they're not meshes on their own! A sphere with radius `1.0` can be defined with [`Sphere::new(1.0)`][Sphere::new] but all this does is store the radius. So we need to turn these descriptions of shapes into meshes.
 //!
-//! While a shape is not a mesh, turning it into one in Bevy is easy. In this example we call [`meshes.add(/* Shape here! */)`][Assets<A>::add] on the shape, which works because the [`Assets<A>::add`] method takes anything that can be turned into the asset type it stores. There's an implementation for [`From`] on shape primitives into [`Mesh`], so that will get called internally by [`Assets<A>::add`].
+//! While a shape is not a mesh, turning it into one in Bevy is easy. In this example we call [`meshes.add(/* Shape here! */)`][`Assets<A>::add`] on the shape, which works because the [`Assets<A>::add`] method takes anything that can be turned into the asset type it stores. There's an implementation for [`From`] on shape primitives into [`Mesh`], so that will get called internally by [`Assets<A>::add`].
 //!
 //! [`Extrusion`] lets us turn 2D shape primitives into versions of those shapes that have volume by extruding them. A 1x1 square that gets wrapped in this with an extrusion depth of 2 will give us a rectangular prism of size 1x1x2, but here we're just extruding these 2d shapes by depth 1.
 //!