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17 Which of the following statement regarding the discrete time signal is NOT true? A discrete time sinusoid cos(n) is periodic if is a rational number. Discrete time sinusoids cos(n) with frequencies 2 differing by 27 are identical. A discrete time sinusoid cos(n) has the amplitude of 1 for any frequency S. A discrete time sinusoid cos (n) of any frequency is identical to the signal with the corresponding frequency € [-T, π]. 0 000

17 Which of the following statement regarding the discrete time signal is NOT true? A discrete time sinusoid cos(n) is periodic if is a rational number. Discrete time sinusoids cos(n) with frequencies 2 differing by 27 are identical. A discrete time sinusoid cos(n) has the amplitude of 1 for any frequency S. A discrete time sinusoid cos (n) of any frequency is identical to the signal with the corresponding frequency € [-T, π]. 0 000

Introductory Circuit Analysis (13th Edition)
Introductory Circuit Analysis (13th Edition)
13th Edition
ISBN:9780133923605
Author:Robert L. Boylestad
Publisher:Robert L. Boylestad
Chapter1: Introduction
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17 Which of the following statement regarding the discrete time signal is NOT true? A discrete time sinusoid cos(n) is periodic if is a rational number. OOOO Discrete time sinusoids cos(n) with frequencies & differing by 27 are identical. A discrete time sinusoid cos(n) has the amplitude of 1 for any frequency . A discrete time sinusoid cos (n) of any frequency is identical to the signal with the corresponding frequency € [-T, π].
Transcribed Image Text:17 Which of the following statement regarding the discrete time signal is NOT true? A discrete time sinusoid cos(n) is periodic if is a rational number. OOOO Discrete time sinusoids cos(n) with frequencies & differing by 27 are identical. A discrete time sinusoid cos(n) has the amplitude of 1 for any frequency . A discrete time sinusoid cos (n) of any frequency is identical to the signal with the corresponding frequency € [-T, π].
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