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WGU Applied-Algebra Exam Syllabus Topics:
| Section | Objectives |
| Topic 1: Graphical Depictions | - Interpret maximum and minimum for situations
- Interpret rates of change for situations
- Interpret asymptotes for situations
- Interpret concavity for situations
- Interpret inputs and outputs for situations
|
| Topic 2: Logistic Functions | - Interpret asymptotes for logistic functions
- Interpret rates of change for logistic functions
- Interpret inputs and outputs for logistic functions
|
| Topic 3: Functions and Algebra of Functions | - Derive conclusions based on graphs
- Derive conclusions based on data
- Derive conclusions based on notation
|
| Topic 4: Exponential Functions | - Interpret concavity for exponential functions
- Interpret rates of change for exponential functions
- Interpret inputs and outputs for exponential functions
|
| Topic 5: Polynomial Functions | - Interpret rates of change for polynomial functions
- Interpret concavity for polynomial functions
- Interpret inputs and outputs for polynomial functions
|
| Topic 6: Linear Functions | - Interpret rates of change for linear functions
- Interpret inputs and outputs of linear functions
|
| Topic 7: Validity of Models | - Examine utility
- Determine validity
- Determine fit
|
WGU Applied Algebra FXO2 PFXP C957 Sample Questions:
1. The weight of a radioactive sample is given by the function
W(x)=740× # 0.87 # ^x
where xis the time, in years, and Wis the weight of the sample, in ounces.
What is the weight of the sample when x=3?
A) 560.11oz.
B) 423.94oz.
C) 487.29oz.
D) 368.83oz.
2. The function a(x)represents the value of an investment account, where xis the number of years since the account was opened. The graph of the function is shown.

What is the total value when x=4?
A) $1,830.59
B) $1,022.19
C) $763.84
D) $570.79
3. The value of a collectible coin can be modeled by F(t), where t represents years since the number of years since the coin was found, and the vertical axis represents the value, in thousands of dollars.

How is the value of the coin changing over time based on the graph?
A) The value of the coin is increasing faster and faster.
B) The value of the coin is increasing slower and slower.
C) The value of the coin is decreasing slower and slower.
D) The value of the coin is decreasing faster and faster.
4. The function V(t)represents the number of travelers, V, in a travel depot thours after 7:00 a.m. The graph of V (t)is shown.

What does V(2)represent?
A) 2 travelers
B) 2 hours
C) 79.2 travelers
D) 79.2 hours
5. The number of wild horses in a federal park is represented by the logistic function f(x), whose graph is shown, where xrepresents the number of years since the park was established and f(x)represents the wild horse population in a given year.

How does the number of wild horses change as time progresses from year 1 to year 9?
A) The number of wild horses increases slower and slower.
B) The number of wild horses increases faster and faster.
C) The number of wild horses decreases faster and faster.
D) The number of wild horses decreases slower and slower.
Solutions:
Question # 1 Answer: C | Question # 2 Answer: A | Question # 3 Answer: A | Question # 4 Answer: C | Question # 5 Answer: B |