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What is the frequency of the sinusoidal graph? a sinusoidal function with the x axis beginning at negative pi over 2 and increasing in increments of pi over two until reaching five pi over two. The function begins at negative pi over 2 comma 1 and then decreases to a minimum point then passes through zero comma zero and increases to a maximum value. The graph then decreases to a minimum value of pi over two comma negative one. The graph then increases to a maximum value and then decreases through pi comma zero to a minimum value. The graph then increases to a maximum value of three pi over two comma one. The graph then decreases to a minimum value and then passes 2 pi comma 0 and increases to a maximum value and then decreases to a minimum value of 5 pi over 2 comma negative one.

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The frequency of the sinusoidal graph is 3 Hz.

What is frequency of sinusoidal graph?

The frequency of a sinusoidal graph is the number of complete waves for every 2π units.

The frequency of the sinusoidal graph is determined by counting the number of complete waves from [tex]0[/tex] to [tex]2 \pi[/tex] units.

From a sketch of the graph;

[tex]0 \ to \ \pi = 1.5 \ cycles\\\\\pi \ to \ 2\pi = 1.5 \ cycles[/tex]

[tex]Frequency =1.5 \ + \ 1.5 = 3 \ Hz[/tex]

Thus, the frequency of the sinusoidal graph is 3 Hz.

Learn more about frequency of sinusoidal graphs here:  https://brainly.com/question/12075992

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