An examination of this frequency spectrum allows you to conclude that
A) the odd harmonics 1 through 19 are present in the composite wave.
B) the even harmonics 2 through 20 are present in the composite wave.
C) the amplitudes of the component waves are equal.
D) the wave form is a simple sinusoid.
E) None of these is correct.

Question

An examination of this frequency spectrum allows you to conclude that
A) the odd harmonics 1 through 19 are present in the composite wave. 
B) the even harmonics 2 through 20 are present in the composite wave. 
C) the amplitudes of the component waves are equal. 
D) the wave form is a simple sinusoid. 
E) None of these is correct.

Quizplus · Accepted Answer

The Answer of  An examination of this frequency spectrum allows you to conclude that
A) the odd harmonics 1 through 19 are present in the composite wave. 
B) the even harmonics 2 through 20 are present in the composite wave. 
C) the amplitudes of the component waves are equal. 
D) the wave form is a simple sinusoid. 
E) None of these is correct.

An Examination of This Frequency Spectrum Allows You to Conclude