Score: $205/600$

Question Value: $25$

A direct consequence of this calculation with the $q,$ velocity transformation is that $q,$ can move faster than the speed of light in a vacuum, in any inertial frame of reference. If an object $($light$)$ is traveling at speed c in one inertial frame, it is traveling at $c$ in all inertial frames; if an object is traveling slower than c in one inertial frame, it is traveling slower than c in all inertial frames. Thus the speed of light in a vacuum represents an ultimate speed limit$.$

Lorentz; no object

Galilean; no object

Lorentz; any object

Galilean; any object