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Use the Following to Answer the Question(s) Below

Question 30

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Use the following to answer the question(s) below.
A newly developed drug is tested to determine absorption levels in a patient's bloodstream. A patient is injected with the drug and the concentration (units/cc) in the patient's blood is measured every hour for seven hours. Below is the output from fitting a linear regression model. Use the following to answer the question(s)  below. A newly developed drug is tested to determine absorption levels in a patient's bloodstream. A patient is injected with the drug and the concentration (units/cc)  in the patient's blood is measured every hour for seven hours. Below is the output from fitting a linear regression model.     -Which of the following is true? A)  The linear model is appropriate for estimation of the concentration level after 10 hours given that it explains 90% of the variability in blood concentration levels of the drug. B)  This model will underestimate the concentration level after 10 hours has elapsed because the linear model is not appropriate. C)  This model will overestimate the concentration level after 10 hours has elapsed because the linear model is not appropriate. D)  The linear model is appropriate for estimation of the concentration level after 10 hours given that it explains 9.49% of the variability in blood concentration levels of the drug. E)  The linear model is appropriate given that it explains 90% of the variability in blood concentration levels of the drug, and it will overestimate the concentration level after 10 hours. Use the following to answer the question(s)  below. A newly developed drug is tested to determine absorption levels in a patient's bloodstream. A patient is injected with the drug and the concentration (units/cc)  in the patient's blood is measured every hour for seven hours. Below is the output from fitting a linear regression model.     -Which of the following is true? A)  The linear model is appropriate for estimation of the concentration level after 10 hours given that it explains 90% of the variability in blood concentration levels of the drug. B)  This model will underestimate the concentration level after 10 hours has elapsed because the linear model is not appropriate. C)  This model will overestimate the concentration level after 10 hours has elapsed because the linear model is not appropriate. D)  The linear model is appropriate for estimation of the concentration level after 10 hours given that it explains 9.49% of the variability in blood concentration levels of the drug. E)  The linear model is appropriate given that it explains 90% of the variability in blood concentration levels of the drug, and it will overestimate the concentration level after 10 hours.
-Which of the following is true?


A) The linear model is appropriate for estimation of the concentration level after 10 hours given that it explains 90% of the variability in blood concentration levels of the drug.
B) This model will underestimate the concentration level after 10 hours has elapsed because the linear model is not appropriate.
C) This model will overestimate the concentration level after 10 hours has elapsed because the linear model is not appropriate.
D) The linear model is appropriate for estimation of the concentration level after 10 hours given that it explains 9.49% of the variability in blood concentration levels of the drug.
E) The linear model is appropriate given that it explains 90% of the variability in blood concentration levels of the drug, and it will overestimate the concentration level after 10 hours.

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