Answer:
50 minutes.
Explanation:
2018 NHTSA key findings:
■ In 2018 there were 10,511 fatalities in motor vehicle traffic crashes in which at least one driver had a BAC of .08 g/dL or higher. This totaled 29 percent of all traffic fatalities for the year. (Note: It is illegal in every State to
drive with a BAC of .08 g/dL or higher.)
■ An average of 1 alcohol-impaired-driving fatality occurred every 50 minutes in 2018.
■ The estimated economic cost of all alcohol-impaired crashes (involving alcoholimpaired drivers or alcohol-impaired nonoccupants) in the United States in 2010 (the most recent year for which cost data is available) was $44 billion.
■ Of the 2018 traffic fatalities among children 14 and younger, 22 percent occurred in alcohol-impaired-driving crashes.
■ The 21- to 24-year-old age group had the highest percentage (27%) of drivers with BACs of .08 g/dL or higher in fatal crashes compared to other age groups in 2018.
■ The percentage of drivers with BACs of .08 g/dL or higher in fatal crashes in 2018 was highest for motorcycle riders (25%), compared to drivers of passenger cars (21%), light trucks (19%), and large trucks (3%).
■ The rate of alcohol impairment among drivers involved in fatal crashes in 2018 was 3.4 times higher at night than during the day.
■ In 2018 among the 10,511 alcohol-impaired driving fatalities, 67 percent (7,051) were in crashes in which at least one driver had a BAC of .15 g/dL or higher.
Source: NHTSA 2018 data
Hope that helps
You are absolutely right i agree
Answer:
Both houses must accept the bill
Explanation:
Before a bill can be passed on to the president to either veto or pass, it must first be approved by both the House and the Senate. The houses generally hash out their differences, rewrite the bill, and provide the final draft to the president who can then either veto the bill or pass it. There are also other ways in which a bill can be passed if the president vetoes it. For example, the chamber that originated the legislation can attempt to override the veto by a vote of two-thirds of those present.
Answer:
I don't know.......................................sry
Answer:
How do scientists match a fingerprint to a specific person?
The individuality of fingerprints is due to ridge characteristics, which are ridge endings, enclosures and other details. Identical fingerprints not only show the same ridge characteristics, but they show them in the same location on the finger.
What makes fingerprints individual?
There's no single cause for your unique fingerprint design. Instead, it's the result of both your genes and your environment.
