Which explicit formula describes the pattern in this table? A. = 3.14 × d C B. 3.14 × = C d C. 31.4 × 10 = C = 3.14 × D. C d If = 4(12) 20, function gives f(12) f(x)? – = 4x A. f(x) B. = 12x f(x) = 4x 20 C. f(x) – D. = 12x 20 f(x) – 8) A farmer owns a horse that can continuously run an average of 8 miles an hour for up to 6 hours. Let be the distance the horse can travel for a given amount of time in hours. The y x horse’s progress can be modeled by a function. Which of the following describes the domain of the function? A. 0 6 x ≤ ≤ B. 0 6 y ≤ ≤ C. 0 48 x ≤ ≤ D. 0 48 ≤ y ≤ 9) A population of squirrels doubles year. Initially there were 5 squirrels. A biologist studying the squirrels created a function to model their population growth, = 5(2t) where P(t) t is time. The graph of the function is shown. What is the range of the function?
Which explicit formula describes the pattern in this table? A. d = 3.14 × C B. 3.14 × C = d C. 31.4 × 10 = C D. C = 3.14 × d If f(12) = 4(12) – 20, function gives f(x)? A. f(x) = 4x B. f(x) = 12x C. f(x) = 4x – 20 D. f(x) = 12x – 20 8) A farmer owns a horse that can continuously run an average of 8 miles an hour for up to 6 hours. Let y be the distance the horse can travel for a given x amount of time in hours. The horse’s progress can be modeled by a function. Which of the following describes the domain of the function? A. 0 ≤ x ≤ 6 B. 0 ≤ y ≤ 6 C. 0 ≤ x ≤ 48 D. 0 ≤ y ≤ 48 9) A population of squirrels doubles year. Initially there were 5 squirrels. A biologist studying the squirrels created a function to model their population growth, P(t) = 5(2t) where t is time. The graph of the function is shown. What is the range of the function?
Unit-3-EOC-Review-Assessment-Part-21-1haren6.docx