It is also possible to add material to the resonator by hand, thus reducing the resonance frequency.
For instance, nuclear resonance frequencies depend on the molecular environment.
As for speed of sound, one experiment involves resonance frequencies.
The smaller it is, the higher the resonance frequency.
Note that the resonance frequency has nothing to do with the energy in the classical case.
A change in the force applied to a cantilever can shift the resonance frequency.
Manipulating the values in this way provides the necessary high resonance frequency.
The fundamental itself is nearly the mechanical resonance frequency of the reed.
The resonance frequency is given by the reciprocal of the characteristic time.
The result is significant shifting of the resonance frequency.