The rational function f ( x ) = 27 , 725 ( x − 14 ) x 2 + 9 − 5 x models the- number of arrests. f(x), per 100,000 drivers, for driving under the influence of alcohol, as a function of a driver's age, x . a. Graph the fund ion in a [0, 70. 5] by [0. 400, 20] viewing rectangle. b. Describe the trend shown by the graph. c. Use the ZOOM and TRACE features or the maximum function feature of your graphing utility lo find the age (hat corresponds lo the greatest number of arrests. How many arrests, per 100,000 drivers, are there for this age group?
The rational function f ( x ) = 27 , 725 ( x − 14 ) x 2 + 9 − 5 x models the- number of arrests. f(x), per 100,000 drivers, for driving under the influence of alcohol, as a function of a driver's age, x . a. Graph the fund ion in a [0, 70. 5] by [0. 400, 20] viewing rectangle. b. Describe the trend shown by the graph. c. Use the ZOOM and TRACE features or the maximum function feature of your graphing utility lo find the age (hat corresponds lo the greatest number of arrests. How many arrests, per 100,000 drivers, are there for this age group?
Solution Summary: The author explains how the rational function f(x) models the number of arrests per 100,000 drivers for driving under the influence.
models the- number of arrests. f(x), per 100,000 drivers, for driving under the influence of alcohol, as a function of a driver's age, x.
a. Graph the fund ion in a [0, 70. 5] by [0. 400, 20] viewing rectangle.
b. Describe the trend shown by the graph.
c. Use the
ZOOM
and
TRACE
features or the maximum function feature of your graphing utility lo find the age (hat corresponds lo the greatest number of arrests. How many arrests, per 100,000 drivers, are there for this age group?
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