Pregunta
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QUESTION 7
Two trig functions namely, and , are shown below for
.
7.1
Determine;
7.1 .1 the value of and .
713 the range of .

Ask by Coleman Mcdonald. in South Africa
Jan 23,2025

Solución de inteligencia artificial de Upstudy

Respuesta verificada por el tutor

Responder

To find the values of and , measure the amplitude of to determine , and calculate using the period of . The range of is from to .

Solución

To determine the values of and for the given trigonometric functions and to find the range of , we’ll analyze each part step by step.

Given Functions:

Assumptions:

Since the graphs are provided for , we’ll use the standard properties of trigonometric functions to determine the values of and .

7.1.1 Determine the Values of and

Determining in :

  1. Amplitude Analysis:
    • The general form of the cosine function is , where:
      • is the amplitude.
      • affects the period.
      • is the phase shift.
      • is the vertical shift.
    • For :
      • Amplitude ( ): This is the coefficient multiplying the cosine function. It determines the peak value (maximum and minimum) of the function.
  2. From the Graph:
    • Identify the Maximum and Minimum Values of from the graph.
    • The Amplitude is the absolute value of the maximum (or minimum) since cosine functions are symmetric.
    • Example: If the graph of reaches a maximum of 3 and a minimum of -3, then .

Determining in :

  1. Period Analysis:
    • The general period of the sine function is given by:
    • For :
      • , so:
  2. From the Graph:
    • Determine the Period of by measuring the distance between two consecutive peaks (or troughs).
    • Calculate using the period.
    • Example: If completes two full cycles within , then the period is , and:

7.1.3 Determine the Range of

  1. Understanding Range:
    • The range of a function is the set of all possible output values (y-values).
  2. For :
    • The cosine function oscillates between -1 and 1.
    • Multiplying by scales this range.
  3. Example:
    • If , then:

Summary:

  • is determined by the amplitude of the graph.
  • is calculated based on the period of the graph.
  • The range of is from to .
Note: To obtain specific numerical values for and , you would need to refer to the actual graphs of and . Measure the amplitude from and determine the period of to calculate accordingly.

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The Deep Dive

When dealing with the functions and , we know that the cosine function oscillates between -1 and 1. Therefore, the amplitude will determine how “tall” the peaks and “deep” the valleys of the cosine curve extend. If the maximum value of is and the minimum is , you can calculate the value of based on the maximum height of observed in the graph.
For the sine function to match the oscillatory characteristics of the cosine function within the specified interval, is derived from how frequently oscillates within that interval. If is not deviating from typical sine behavior (with a frequency coefficient of 1), then typically equals 1. But if the sine function completes multiple cycles within the range of , then you’d have to reflect that in the calculation of .
The range of is straightforward: it extends from its minimum value of to its maximum of . So the range of would be in the form .

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