Solve the problem. A reasonable quadratic model for the population of a certain city is found to be 
where B(t) is the population (in thousands) of the city in the year that is t years since 2012. A reasonable quadratic model for the number of residents of that city who were born outside the United States is 
where F(t) is the number (in thousands) of foreign-born residents of the city in the year that is t years since 2012. Let P(t) be percentage of residents of the city who were born outside the United States in the year that is t years since 2012. An
equation for P is P(t) = 
. Use P to predict when the city will have 13.4% foreign-born residents.
A. 2026
B. 2028
C. 2025
D. 2027
Answer: A
You might also like to view...
Solve the problem.An object is rolling with a driving force that suddenly ceases. The object then rolls 10 meters in the first second, and in each subsequent interval of time it rolls 80% of the distance it had rolled the second before. This slowing is due to friction. How far will the object eventually roll?
A. 20.0 m B. It will roll an infinite distance. C. 50.0 m D. 12.2 m
Solve the problem.A pendulum is released and swings until it stops. If it passes through an arc of 25 inches the first pass, and if on each successive pass it travels 
the distance of the preceding pass, how far will it travel before stopping?
A. 100 in. B. 225 in. C. 150 in. D. 125 in.
Solve the problem using the tables below.
Compare the premiums for a 10-year level term policy for $40,000 for a 45-year old male to the same policy for a 45-year old female. Use a non-tobacco rate.
A. The male pays a premium that is $32.40 higher. B. The female pays a premium that is $5.20 higher. C. The male pays a premium that is $22.80 higher. D. The female pays a premium that is $22.80 higher.
Solve the equation by factoring.24x + 
= - 48
A. 
B. 
C. 
D. 