Definitely! In fact, it's way more common for the scales to differ than be equal. For instance, the equation y=x^2 is curved (a parabola in fact). Well, there's nothing stopping you from scaling the y axis down by its square root, assuming you clearly label it that way, so that the graph is linear.
A set of scales.
Ok done.
quadrant
A set of 2 numbers is called an ordered pair
Primitive axes of coordinate (Geometry), that system of axes to which the points of a magnitude are first referred, with reference to a second set or system, to which they are afterward referred.
Set of scales
A set of scales.
Eumaeus, the swineherd was commanded to set the bow and iron axes for the contest.
Orthotropic materials have different mechanical properties along each of its axes because its axes are mutually orthogonal twofold axes. Therefore, they don't have one set of properties, because their properties change depending on the direction of the axis used.
Ok done.
quadrant
A set of 2 numbers is called an ordered pair
Primitive axes of coordinate (Geometry), that system of axes to which the points of a magnitude are first referred, with reference to a second set or system, to which they are afterward referred.
The y-Variable
A set of scales and calibrated masses.
A set of scales comes to mind.
Oddly enough, they are called the coordinates!