The Nyquist value of this quantity is half the sampling value and is used for filters preventing aliasing [AE-lee-uh-seeng]. These values give the domain when a signal is broken down into its components using a Fourier [fur-ee-ay] transform. When the driving value of this quantity equals the natural value of this quantity for a system, resonance occurs. For a moving wave, this quantity equals speed divided by wavelength, and this is the reciprocal of period. Name this quantity measured in Hertz.
The Nyquist value of this quantity is half the sampling value and is used for filters preventing aliasing [AE-lee-uh-seeng]. These values give the domain when a signal is broken down into its components using a Fourier [fur-ee-ay] transform. When the driving value of this quantity equals the natural value of this quantity for a system, resonance occurs. For a moving wave, this quantity equals speed divided by wavelength, and this is the reciprocal of period. Name this quantity measured in Hertz.
The Nyquist value of this quantity is half the sampling value and is used for filters preventing aliasing [AE-lee-uh-seeng].
frequency (or frequencies)