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WGU Applied Algebra FXO2 PFXP C957 Sample Questions:

1. The graph shows the estimated wait time, in minutes, based on the number of hours after 7:00 a.m.
What is the average rate of change of the wait time from point Ato point B?

A) -23.3
B) -5.83
C) 77.25
D) 11.04

2. The population of fish in a lake is changing according to the function
P(t)=24t+185
where tis the number of months since the beginning of the year and P(t)is the fish population at time t.
Which interpretation of the rate of change is correct?

A) The number of fish in the lake is increasing at a constant rate of 24 fish per month.
B) The number of fish in the lake is decreasing at a constant rate of 185 fish per month.
C) The number of fish in the lake is decreasing at a constant rate of 24 fish per month.
D) The number of fish in the lake is increasing at a constant rate of 185 fish per month.

3. The figure shows the graph of x(t), which represents the number of users, x, watching a live video thours after
9:00 a.m.

Which interpretation of the concavity between t=3.2and t=5.7is correct?

A) The number of users is increasing slower and slower.
B) The number of users is decreasing faster and faster.
C) The number of users is decreasing slower and slower.
D) The number of users is increasing faster and faster.

4. The graph shows the number of people waiting in a virtual queue to buy tickets for an event.
What does the horizontal asymptote mean?

A) As time passes, the number of people in the queue approaches 100.
B) Over time, the number of people in the queue will increase back up to 750.
C) Eventually, the number of people in the queue will decrease to 0.
D) The number of people in the queue was initially 750.

5. The number of daily raffle tickets sold, R(d), for a fundraiser is represented by the graph, with the number of days since the beginning of the month along the horizontal axis and the number of raffle tickets sold for the day along the vertical axis.

How can the concavity be described from d=0to d=4.4?

A) The number of raffle tickets decreases slower and slower and then decreases faster and faster.
B) The number of raffle tickets decreases slower and slower and then increases faster and faster.
C) The number of raffle tickets increases slower and slower and then decreases faster and faster.
D) The number of raffle tickets decreases faster and faster and then decreases slower and slower.

Solutions: