The tone line will go up and down, because the sampling rate is too low to capture very high frequency.
The sampling rate is too low
It happens because the sampling rate is too low
Because the sampling rate is low
Our sampling rate is 8000Hz but there are signals from higher frequency. So we failed to sample and reconstruct those high frequenct signals
Cuz the sampling rating is too low.
Sampling rate is low
Because the sampling rate is too low.
if the sampling rate is 8000Hz, what is the threshold/maximum rate that we can take samples of?
Sampling rate is over low
As omega increases, the sampling rate becomes too low to catch everything
It happens b/c the sampling rate is not high enough
Because sampling rate is low
This happens because the sampling rate is too low
because the sampling rate is too low
The tone line will go up and down, because the sampling rate is too low to capture very high frequency.
The sampling rate is too low
It happens because the sampling rate is too low
Because the sampling rate is low
Our sampling rate is 8000Hz but there are signals from higher frequency. So we failed to sample and reconstruct those high frequenct signals
Cuz the sampling rating is too low.
Sampling rate is low
Because the sampling rate is too low.
if the sampling rate is 8000Hz, what is the threshold/maximum rate that we can take samples of?
Sampling rate is over low
As omega increases, the sampling rate becomes too low to catch everything
It happens b/c the sampling rate is not high enough
The sampling rate is too low
Because sampling rate is low
This happens because the sampling rate is too low
because the sampling rate is too low