The table below shows the number of deaths in the U.S. in a year due to a variety of causes. For these questions, assume these values are not changing from year to year, and that the population of the United States is 312 million people.Cause DeathsPassenger car occupant (driver or rider) 13,100Motorcycle (driver or rider) 4,500Tornado 553Skydiving 56 Hint: Does your probability of dying in a car accident next year differ much from the probability of a random person dying in a car accident?c) Estimate the probability that you will die as a passenger car occupant next year?

The National Center for Health Statistics reported that of every 1,308 deaths in recent years, 58 resulted from an automobile accident, 250 from cancer, and 418 from heart disease. What is the probability that a particular death is due to an automobile accident?

Same table as previous question) An insurance company selected 2000 drivers at random (i.e., without any preference of one driver over another) in a particular city to find a relationship between age and accidents.  The data obtained are given in the following table: Age of drivers (in years) Accidents in one year 0 1 2 3 Over 3 18-29 440 160 110 61 35 30-50 480 125 85 22 18 Above 50 360 45 35 15 9 A driver of age above 50 is selected at random. What is the probability that the driver has 2 or more accidents in a year?

Assume that in a population of 100,000 persons followed for one year, 24 cases of Disease X are diagnosed and 18 of these cases die of the disease. Answer the following questions:Question 5: What is the case-fatality of Disease X?Group of answer choices100 %75 %90 %80 %

Fill in the blanks: ___ ___ are calculated by counting the number of deaths in one year from any given cause in comparison to that of previous/subsequent years, whereas ___ ___ count how many people within a given population suffer from a particular problem.Question 4Answera.Morbidity rates; mortality ratesb.Mortality rates; morbidity ratesc.Health outcomes; disease ratesd.none of the above

A car insurance company has determined that there is a 9% rate of car accidents in one year. However the insurance company finds that among a group of 200 drivers selected at random from the town of Misty Glen, 30 had accidents in the last year. If the 9% rate is correct, estimate (using a normal approximation) the probability of observing 30 or more car accidents in a random sample of 200 drivers. Is there evidence to suggest that the accident rate in Misty Glen is higher than 9%?Group of answer choices0.998; no. Suggestion is that the rate is actually lower.0.002; no. Suggestion is that accident rate in Misty Glen is no different.0.002; yes. Suggestion is that rate is actually higher for Misty Glen.0.002; no. Suggestion is that the rate is actually lower.0.998; yes. Suggestion is that the rate is actually higher for Misty Glen.