In 1985, neither Florida nor Georgia had laws banning open alcohol containers in vehicle passenger compartments. By 1990, Florida had passed such a law, but Georgia had not. a Suppose you can collect random samples of the driving-age population in both states, for 1985 and 1990. Let arrest be a binary variable equal to unity if a person was arrested for drunk driving during the year. Without controlling for any other factors, write down a linear probability model that allows you to test whether the open container law reduced the probability of being arrested for drunk driving, Which coefficient in your model measures the effect of the law? b. Why might you want to control for other factors in the model? What might some of these factors be? c. Now, suppose that you can only collect data for 1985 and 1990 at the county level for the two states. The dependent variable would be the fraction of licensed drivers arrested for drunk driving during the year. How does this data structure differ from the individual-level data described in part (1)? What econometric method would you use?
In 1985, neither Florida nor Georgia had laws banning open alcohol containers in vehicle passenger compartments. By 1990, Florida had passed such a law, but Georgia had not. a Suppose you can collect random samples of the driving-age population in both states, for 1985 and 1990. Let arrest be a binary variable equal to unity if a person was arrested for drunk driving during the year. Without controlling for any other factors, write down a linear probability model that allows you to test whether the open container law reduced the probability of being arrested for drunk driving, Which coefficient in your model measures the effect of the law? b. Why might you want to control for other factors in the model? What might some of these factors be? c. Now, suppose that you can only collect data for 1985 and 1990 at the county level for the two states. The dependent variable would be the fraction of licensed drivers arrested for drunk driving during the year. How does this data structure differ from the individual-level data described in part (1)? What econometric method would you use?
MATLAB: An Introduction with Applications
6th Edition
ISBN:9781119256830
Author:Amos Gilat
Publisher:Amos Gilat
Chapter1: Starting With Matlab
Section: Chapter Questions
Problem 1P
Related questions
Question
In 1985, neither Florida nor Georgia had laws
banning open alcohol
containers
in
vehicle
passenger compartments. By 1990, Florida had
passed such a law, but Georgia had not.
a
Suppose you can collect random samples of the
driving-age population in both states, for 1985 and
1990. Let arrest be a binary variable equal to unity if
a person was arrested for drunk driving during the
year. Without controlling for any other factors, write
down a linear probability model that allows you to
test whether the open container law reduced the
probability of being arrested for drunk driving,
Which coefficient in your model measures the effect
of the law?
b. Why might you want to control for other factors in
the model? What might some of these factors be?
c. Now, suppose that you can only collect data for
1985 and 1990 at the county level for the two
states. The dependent variable would be the
fraction of licensed drivers arrested for drunk driving
during the year. How does this data structure differ
from the individual-level data described in part (1)?
What econometric method would you use?
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