I would like to have the detailed answer, please A digital filter is applied to

Question

I would like to have the detailed answer, please

A digital filter is applied to an audio signal sampled at 8291 samples per second The filter characterized by the following difference equation is best described as: y(n) = (1/5)x(n-1) + 1*x(n-2)-(1/10)x(n-4). Which of the following statements best describes the filter. A non-causal, frequency selective, FIR, LTI bandstop filter with center frequency around 2000 Hz Anon-causal, frequency selective, FIR, LTI bandstop filter with center frequency around 1000 Hz A causal, frequency selective, FIR, LTI bandpass filter with center frequency around 2000 Hz A causal, frequency selective, FIR, LTI bandstop with cente frequency around 1000 Hz A causal, frequency selective, FIR, LTI bandstop with center frequency around 2000 Hz

Explanation / Answer

5. A causal, frequency selective, FIR,LTI bandstop filter with centre frequency around 2000Hz describe the filter with that given differential equation

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