Alcohol and Driving The concentration of alcohol in a person's bloodstream is measurable. Suppose that the relative risk R of having an accident while driving a car can be modeled by an equation of the form, R = e k x where x is the percent concentration of alcohol in the bloodstream and k is a constant. a. Suppose that a concentration of alcohol in the bloodstream of 0.03 percent results in a relative risk of an accident of 1.4 . Find the constant k in the equation. b. Using this value of k , what is the relative risk if the concentration is 0.17 percent? c. Using the same value of k , what concentration of alcohol corresponds to a relative risk of 100? d. If the law asserts that anyone with a relative risk of having an accident of 5 or more should not have driving privileges, at what concentration of alcohol in the bloodstream should a driver be arrested and charged with a DU I? e. Compare this situation with that of Example 10. If you were a lawmaker, which situation would you support? Give your reasons.
Alcohol and Driving The concentration of alcohol in a person's bloodstream is measurable. Suppose that the relative risk R of having an accident while driving a car can be modeled by an equation of the form, R = e k x where x is the percent concentration of alcohol in the bloodstream and k is a constant. a. Suppose that a concentration of alcohol in the bloodstream of 0.03 percent results in a relative risk of an accident of 1.4 . Find the constant k in the equation. b. Using this value of k , what is the relative risk if the concentration is 0.17 percent? c. Using the same value of k , what concentration of alcohol corresponds to a relative risk of 100? d. If the law asserts that anyone with a relative risk of having an accident of 5 or more should not have driving privileges, at what concentration of alcohol in the bloodstream should a driver be arrested and charged with a DU I? e. Compare this situation with that of Example 10. If you were a lawmaker, which situation would you support? Give your reasons.
Alcohol and Driving The concentration of alcohol in a person's bloodstream is measurable. Suppose that the relative risk
of having an accident while driving a car can be modeled by an equation of the form,
where
is the percent concentration of alcohol in the bloodstream and
is a constant.
a. Suppose that a concentration of alcohol in the bloodstream of
percent results in a relative risk of an accident of
. Find the constant
in the equation.
b. Using this value of
, what is the relative risk if the concentration is
percent?
c. Using the same value of
, what concentration of alcohol corresponds to a relative risk of 100?
d. If the law asserts that anyone with a relative risk of having an accident of 5 or more should not have driving privileges, at what concentration of alcohol in the bloodstream should a driver be arrested and charged with a DU I?
e. Compare this situation with that of Example 10. If you were a lawmaker, which situation would you support? Give your reasons.
Find the tangential and normal components of the acceleration vector for the curve
(t) = (2t, -3t5,-3+4) at the point t = 1
ā(1)
=
T +
N
Give your answers to two decimal places
A gun is fired with muzzle velocity 1152 feet per second at a target 4150 feet away. Find the minimum
angle of elevation necessary to hit the target.
Assume the initial height of the bullet is 0 feet, neglect air resistance, and give your answer in degrees.
"Use the Opposite Method to solve the following differential equation:"
4'"""" + 34" + 34 + 4 = x
Chapter 5 Solutions
Precalculus Enhanced with Graphing Utilities (7th Edition)
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