2- A message signal given by m(t) = 3 cos (400 t+n/2) is sampled with the minimum sampling rate (i.e. Nyquist rate). If the number of levels is 13, compute the following: a. Sampling rate, fs- b. Signal-to-quantization noise ratio (SNR). c. Average quantization power, Pg. d. Number of bits per sample, l. e. Total bit rate, R₂. f. Minimum bandwidth. g. If we record this audio for 7 minutes. What is the file size for this record in bits?

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2- A message signal given by m(t) = 3 cos (400 t+n/2) is sampled with the minimum
sampling rate (i.e. Nyquist rate). If the number of levels is 13, compute the following:
a. Sampling rate, fs-
b. Signal-to-quantization noise ratio (SNR).
c. Average quantization power, Pg.
d. Number of bits per sample, l.
e. Total bit rate, R₂.
f. Minimum bandwidth.
g. If we record this audio for 7 minutes. What is the file size for this record in bits?
Transcribed Image Text:2- A message signal given by m(t) = 3 cos (400 t+n/2) is sampled with the minimum sampling rate (i.e. Nyquist rate). If the number of levels is 13, compute the following: a. Sampling rate, fs- b. Signal-to-quantization noise ratio (SNR). c. Average quantization power, Pg. d. Number of bits per sample, l. e. Total bit rate, R₂. f. Minimum bandwidth. g. If we record this audio for 7 minutes. What is the file size for this record in bits?
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