ther information provided by the figures. For each wave- form, determine the following information: (a) whether here is a de component, (b) whether the quadrature form of the series has only cosine terms, mly sine terms, or both, c) whether the series has only odd-numbered harmonics, nly even-numbered harmonics, or both, (d) the spectral rolloff rate in decibels/octave, and (e) the lowest frequency Cother than de) that does not have an amplitude of zero, Assume that all waveforms continuo indelinitely with the Datlem shown.

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i need help with part a , b , c  , e thanks

2-19 See the figure that follows.
-10,
10
1, ms
Transcribed Image Text:2-19 See the figure that follows. -10, 10 1, ms
In Problems 2-15 through 2-20, yu are not asked to compute
the Fourier coeflicients, but rather to determine as much in-
formation as possible from the symmetry conditions and
other information provided by the figures. For each wave-
form, determine the following information: (a) whether
there is a de component, (b) whether the quadrature form
of the series has only cosine lerms, only sine lerms, or both,
(c) whether the series has only odd-numbered harmonics,
only even-numbered harmonics, or both, (d) the spectral
rolloff rate in decibels/octave, and (e) the lowest frequency
(other than de) that does not have an amplitude of zero.
Assume that all waveforms continue indelinitely with the
pallem shown.
Transcribed Image Text:In Problems 2-15 through 2-20, yu are not asked to compute the Fourier coeflicients, but rather to determine as much in- formation as possible from the symmetry conditions and other information provided by the figures. For each wave- form, determine the following information: (a) whether there is a de component, (b) whether the quadrature form of the series has only cosine lerms, only sine lerms, or both, (c) whether the series has only odd-numbered harmonics, only even-numbered harmonics, or both, (d) the spectral rolloff rate in decibels/octave, and (e) the lowest frequency (other than de) that does not have an amplitude of zero. Assume that all waveforms continue indelinitely with the pallem shown.
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