* Frequency: The frequency of the wave increases as the slinky is shaken more rapidly. This is because the wave is produced by the back-and-forth motion of the slinky, and the faster the slinky is shaken, the more waves are produced in a given amount of time.

* Amplitude: The amplitude of the wave also increases as the slinky is shaken more rapidly. This is because the faster the slinky is shaken, the more energy is transferred to the wave.

* Wavelength: The wavelength of the wave decreases as the slinky is shaken more rapidly. This is because the faster the slinky is shaken, the shorter the distance between waves.