A researcher wants to find the factors affecting the probability that a person suffers from heart diseases. Let Age denote the age of the person, let BMI denote whether the BMI of the preson is above 30 (BMI= 1) or below 30 (BMI=0), and let smoker denote whether the person is a smoker (smoker = 1) or not (smoker = 0). She collects a random sample of 1,000 individuals from the general population and estimates the following logit regression: Pr(Heart disease) Age, BMI, Smoker)= F(2.46 +0.05Age +0.04 BMI +0.04 Smoker). (0.98) (1.09) (1.31) (1.31) Standard errors are given in parentheses. The binary dependent variable, Heart disease denotes the probability of a person suffering from heart disease keeping Age, BMI, and smoker constant. The predicted probability that Henry who is currently aged 58, whose BMI is above 30, and is a smoker, will suffer from a heart disease is. (Round your answer to four decimal places.)

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A researcher wants to find the factors affecting the probability that a person suffers from heart diseases. Let Age denote
the age of the person, let BMI denote whether the BMI of the preson is above 30 (BMI = 1) or below 30 (BMI = 0), and let
smoker denote whether the person is a smoker (smoker= 1) or not (smoker=0). She collects a random sample of
1,000 individuals from the general population and estimates the following logit regression:
Pr(Heart disease Age, BMI, Smoker) - F(2.46 +0.05Age + 0.04BMI + 0.04 Smoker).
(0.98) (1.09) (1.31) (1.31)
Standard errors are given in parentheses. The binary dependent variable, Heart disease denotes the probability of a
person suffering from heart disease keeping Age, BMI, and smoker constant.
The predicted probability that Henry who is currently aged 58, whose BMI is above 30, and is a smoker, will suffer from a
heart disease is
(Round your answer to four decimal places.)
Transcribed Image Text:A researcher wants to find the factors affecting the probability that a person suffers from heart diseases. Let Age denote the age of the person, let BMI denote whether the BMI of the preson is above 30 (BMI = 1) or below 30 (BMI = 0), and let smoker denote whether the person is a smoker (smoker= 1) or not (smoker=0). She collects a random sample of 1,000 individuals from the general population and estimates the following logit regression: Pr(Heart disease Age, BMI, Smoker) - F(2.46 +0.05Age + 0.04BMI + 0.04 Smoker). (0.98) (1.09) (1.31) (1.31) Standard errors are given in parentheses. The binary dependent variable, Heart disease denotes the probability of a person suffering from heart disease keeping Age, BMI, and smoker constant. The predicted probability that Henry who is currently aged 58, whose BMI is above 30, and is a smoker, will suffer from a heart disease is (Round your answer to four decimal places.)
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