Download "LifeExpectancy.xlsx" which includes information from the World Health Organization on life expectancy based on a number of factors (I have limited the file to data from 2015 and a few variables). The explanation of the data is: Country: Self Explanatory Status: Is the Country considered Developed or Developing Life Expectancy: Life Expectancy in Age (Years) Adult Mortality: Adult Mortality Rates of both sexes (probability of dying between 15 and 60 years per 1000 population) Hepatitis B: Hepatitis B (HepB) immunization coverage among 1-year-olds (%) BMI: Average Body Mass Index of entire population. Which would the be a logical regression model equation be for this dataset (ignoring any categorical variables)?

Question 33 options:

	Adult Mortality = 0 + 1Life Expectancy + 2Hepatitis B+3BMI
	Life Expectancy = 0 + 1Adult Mortality + 2Hepatitis B+3BMI
	Life Expectancy = 1Adult Mortality + 2Hepatitis B+3BMI
	Status = 0 + 1Adult Mortality + 2Hepatitis B+3BMI

Run the regression model, what is the resulting regression equation?

	Life Expectancy = 69.07-0.05*Adult Mortality+0.08*Hepatitis B+0.09*BMI
	Life Expectancy = 69.07+0.05*Adult Mortality+0.08*Hepatitis B+0.09*BMI
	Life Expectancy = 69.07+0.05*Adult Mortality-0.08*Hepatitis B-0.09*BMI

If a county had an adult mortality rate of 0, zero percent Hepatitis B coverage, and a BMI of zero, what would life expectancy be based on the regression equation?

Question 35 options:

a. 0 Years

b. 69 Years

c. 73 Years

d. 71 Years