The energy of the signal sin(4πt)/(4πt) is Properties and sinQuestion No. 120The energy of the signal a (t)sin(4nt)is4xtEnter Your Answer Here2021.01.03 08:55 pulse. The amplitude of triangularrectangular pulse. Its integration will be triangularshows the sketch of x(t). Observe that it isSol. : To obtain sketch of output, y(t) : Fig. 1.4.9 (a)Draw the signal y(t) and find the energy of theA band-limit ed signal with a maximum frequency of 5 kHz is to be sampledAccording to the sampling theorem, the sampling frequency which is not valid is(B) 12 kHz(D) 20 kHz(A) 5kHz(C) 15 kHz145 (elloutput y(t)rectangular pulse. Its integration will be triangularpulse. The amplitude of triangular pulabe obtained as follows,a-1/See Fig. 1.48 (e)T can(1)-2021.01.03 15:55

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Electrical Engineering

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

Delmar's Standard Textbook Of Electricity

7th Edition

ISBN:9781337900348

Author:Stephen L. Herman

Publisher:Stephen L. Herman

Chapter16: Inductance In Ac Circuits

Section: Chapter Questions

Problem 1PP: Inductive Circuits Fill in all the missing values. Refer to the following formulas:...

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Question

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

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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