Angled surfaces may be dimensioned using which method to specify the ___ location distances of the angle?

The correct method for specifying the location distances of an angle on angled surfaces is through the coordinate method, which involves using two dimensions. This technique allows you to define the position of a point in a two-dimensional space by indicating its horizontal and vertical distances from a reference point, such as the origin of a coordinate system.

Using coordinate dimensions is particularly effective for angled surfaces because it provides a clear and precise way to describe the geometry without relying solely on the angle measurements or radial distances. In manufacturing and engineering drawings, this ensures that parts can be accurately fabricated and assembled, as it removes any ambiguity regarding where the angled features are located relative to other critical components.

Other methods, such as radial or linear dimensioning, might not provide the same clarity in the context of angled surfaces, as they are designed for different types of measurements or conditions. Angular measurements may also be used, but they typically focus on the degree of the angle rather than the exact position in a planar layout.