Question
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The function is defined by
or , where and .
The function is defined by
, where and .
Use the graphs of and to answer the following question.
If we consider the graph of as a cosine curve in the -axis
Which of the following will represent the equation of ?
Choose the correct option.

Ask by Welch Bates. in South Africa
Nov 06,2024

Upstudy AI Solution

Tutor-Verified Answer

Answer

The equation of is .

Solution

To determine the correct equation for the function defined as or , we need to consider the characteristics of cosine and sine functions.
  1. Cosine Function: The general form represents a cosine wave with:
    • Amplitude:
    • Period:
    • Phase Shift: (to the right if )
  2. Sine Function: The general form represents a sine wave with:
    • Amplitude:
    • Period:
    • Phase Shift: (to the right if )
Given that you mentioned considering the graph of as a cosine curve, we can conclude that the equation of is likely in the form of the cosine function.
Thus, the correct representation of the equation of is:
If you have specific options to choose from, please provide them, and I can help you identify the correct one based on the information above.

Answered by UpStudy AI and reviewed by a Professional Tutor

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Beyond the Answer

The equation of the cosine curve can be expressed in the general form . In this form, represents the amplitude, controls the period of the function (calculated as ), and represents a horizontal shift or phase shift of the graph. When is greater than zero, this cosine function will oscillate between and , creating the classic wave-like pattern associated with cosine curves.
For the sine function given by , it’s similar but starts at the origin if . The critical aspect is that both functions will have different starting points due to the phase shift introduced by , but the amplitude and frequency remain essential components in determining the shape and spread of the wave. While the cosine function may begin at its maximum or minimum, sine functions typically begin at zero.
To identify which specific equation corresponds to , one would look for the form that includes the parameters , , and .

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