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The energy of the signal sin(4πt)/(4πt) is

The energy of the signal sin(4πt)/(4πt) is

Introductory Circuit Analysis (13th Edition)
Introductory Circuit Analysis (13th Edition)
13th Edition
ISBN:9780133923605
Author:Robert L. Boylestad
Publisher:Robert L. Boylestad
Chapter1: Introduction
Section: Chapter Questions
Problem 1P: Visit your local library (at school or home) and describe the extent to which it provides literature...
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The energy of the signal sin(4πt)/(4πt) is

Properties and sin Question No. 120 The energy of the signal a (t) sin(4nt) is 4xt Enter Your Answer Here 2021.01.03 08:55
Transcribed Image Text:Properties and sin Question No. 120 The energy of the signal a (t) sin(4nt) is 4xt Enter Your Answer Here 2021.01.03 08:55
pulse. The amplitude of triangular rectangular pulse. Its integration will be triangular shows the sketch of x(t). Observe that it is Sol. : To obtain sketch of output, y(t) : Fig. 1.4.9 (a) Draw the signal y(t) and find the energy of the A band-limit ed signal with a maximum frequency of 5 kHz is to be sampled According to the sampling theorem, the sampling frequency which is not valid is (B) 12 kHz (D) 20 kHz (A) 5kHz (C) 15 kHz 145 (ell output y(t) rectangular pulse. Its integration will be triangular pulse. The amplitude of triangular pula be obtained as follows, a -1/See Fig. 1.48 (e) T can (1)-2021.01.03 15:55
Transcribed Image Text:pulse. The amplitude of triangular rectangular pulse. Its integration will be triangular shows the sketch of x(t). Observe that it is Sol. : To obtain sketch of output, y(t) : Fig. 1.4.9 (a) Draw the signal y(t) and find the energy of the A band-limit ed signal with a maximum frequency of 5 kHz is to be sampled According to the sampling theorem, the sampling frequency which is not valid is (B) 12 kHz (D) 20 kHz (A) 5kHz (C) 15 kHz 145 (ell output y(t) rectangular pulse. Its integration will be triangular pulse. The amplitude of triangular pula be obtained as follows, a -1/See Fig. 1.48 (e) T can (1)-2021.01.03 15:55
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