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The input is as follows, Sinusoidal waveforms, the waveform shown in red is a reference wave given by y equals 5 cosine 4 pi t. amplitude equals 5 volts, f equals 2 Hertz, phi sub 0 equals 0. For comparison, you can generate and displays in blue waveform given by y equals A cosine left parenthesis 2 pi f t plus phi sub 0 right parenthesis by specifying its attributes in the input panel. Input for blue wave. Amplitude A equals 5 volts. Frequency, f equals 3.207 hertz. Angle phi sub 0 equals 60.84.

The output is as follow:

The x axis displays time in seconds from 0 to 1.5 with an increment of 0.25. The y axis displays the volts from negative 5 to 5. A sinusoidal waveform for y equals 0 volts starts from (0, 5), passes through (0.25, negative 5), (0.37, 0), (0.5, 5), (0.75, negative 5), (1, 5) and (1.25, negative 5). A sinusoidal waveform for y equals 2.436 volts starts from (0, 2.3), passes through (0.12, negative 5), (0.25, 5), (0.37, negative 5), (0.5, 0), (62.5, 0), (0.87, 5), (1, negative 5), and (1.25, 0). All values are estimated. For red wave, A equals 5 volts, f equals 2 hertz, phi sub 0 equals 0 degrees, y equals 0 volts. For blue wave, A equals 5 volts, f equals 3.207 hertz, phi sub 0 equals 60.84 degrees, and y equals 2.436 volts.