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Exhibit 17

Question 63

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Exhibit 17.5.An over-the-counter drug manufacturer wants to examine the effectiveness of a new drug in curing an illness most commonly in older patients.Thirteen patients are given the new drug and 13 patients are given the old drug.To avoid bias in the experiment,they are not told which drug is given to them.To check how the effectiveness depends on the age of patients,the following data has been collected. Exhibit 17.5.An over-the-counter drug manufacturer wants to examine the effectiveness of a new drug in curing an illness most commonly in older patients.Thirteen patients are given the new drug and 13 patients are given the old drug.To avoid bias in the experiment,they are not told which drug is given to them.To check how the effectiveness depends on the age of patients,the following data has been collected. Assuming the variables: Effectiveness = the response variable measured on a scale from 0 to 100, Age = the age of a patient (in years) , Drug = a binary variable with 1 for the new drug,and 0 for the old drug,the regression model, Effectiveness = β<sub>0</sub> + β<sub>1</sub>Age + β<sub>2</sub>Drug + β<sub>3</sub>Age × Drug,is considered,and the following Excel results are available: Refer to Exhibit 17.5.What is the estimated regression model? A) = 0.34Age - 40.86Drug + 0.70Age × Drug B) = 3.15 + 0.07Age - 4.08Drug + 0.09Age × Drug C) = 14.94 + 5.06Age - 10.02Drug + 7.94Age × Drug D) Assuming the variables: Effectiveness = the response variable measured on a scale from 0 to 100,
Age = the age of a patient (in years) ,
Drug = a binary variable with 1 for the new drug,and 0 for the old drug,the regression model,
Effectiveness = β0 + β1Age + β2Drug + β3Age × Drug,is considered,and the following Excel results are available: Exhibit 17.5.An over-the-counter drug manufacturer wants to examine the effectiveness of a new drug in curing an illness most commonly in older patients.Thirteen patients are given the new drug and 13 patients are given the old drug.To avoid bias in the experiment,they are not told which drug is given to them.To check how the effectiveness depends on the age of patients,the following data has been collected. Assuming the variables: Effectiveness = the response variable measured on a scale from 0 to 100, Age = the age of a patient (in years) , Drug = a binary variable with 1 for the new drug,and 0 for the old drug,the regression model, Effectiveness = β<sub>0</sub> + β<sub>1</sub>Age + β<sub>2</sub>Drug + β<sub>3</sub>Age × Drug,is considered,and the following Excel results are available: Refer to Exhibit 17.5.What is the estimated regression model? A) = 0.34Age - 40.86Drug + 0.70Age × Drug B) = 3.15 + 0.07Age - 4.08Drug + 0.09Age × Drug C) = 14.94 + 5.06Age - 10.02Drug + 7.94Age × Drug D) Exhibit 17.5.An over-the-counter drug manufacturer wants to examine the effectiveness of a new drug in curing an illness most commonly in older patients.Thirteen patients are given the new drug and 13 patients are given the old drug.To avoid bias in the experiment,they are not told which drug is given to them.To check how the effectiveness depends on the age of patients,the following data has been collected. Assuming the variables: Effectiveness = the response variable measured on a scale from 0 to 100, Age = the age of a patient (in years) , Drug = a binary variable with 1 for the new drug,and 0 for the old drug,the regression model, Effectiveness = β<sub>0</sub> + β<sub>1</sub>Age + β<sub>2</sub>Drug + β<sub>3</sub>Age × Drug,is considered,and the following Excel results are available: Refer to Exhibit 17.5.What is the estimated regression model? A) = 0.34Age - 40.86Drug + 0.70Age × Drug B) = 3.15 + 0.07Age - 4.08Drug + 0.09Age × Drug C) = 14.94 + 5.06Age - 10.02Drug + 7.94Age × Drug D) Refer to Exhibit 17.5.What is the estimated regression model?


A) Exhibit 17.5.An over-the-counter drug manufacturer wants to examine the effectiveness of a new drug in curing an illness most commonly in older patients.Thirteen patients are given the new drug and 13 patients are given the old drug.To avoid bias in the experiment,they are not told which drug is given to them.To check how the effectiveness depends on the age of patients,the following data has been collected. Assuming the variables: Effectiveness = the response variable measured on a scale from 0 to 100, Age = the age of a patient (in years) , Drug = a binary variable with 1 for the new drug,and 0 for the old drug,the regression model, Effectiveness = β<sub>0</sub> + β<sub>1</sub>Age + β<sub>2</sub>Drug + β<sub>3</sub>Age × Drug,is considered,and the following Excel results are available: Refer to Exhibit 17.5.What is the estimated regression model? A) = 0.34Age - 40.86Drug + 0.70Age × Drug B) = 3.15 + 0.07Age - 4.08Drug + 0.09Age × Drug C) = 14.94 + 5.06Age - 10.02Drug + 7.94Age × Drug D) = 0.34Age - 40.86Drug + 0.70Age × Drug
B) Exhibit 17.5.An over-the-counter drug manufacturer wants to examine the effectiveness of a new drug in curing an illness most commonly in older patients.Thirteen patients are given the new drug and 13 patients are given the old drug.To avoid bias in the experiment,they are not told which drug is given to them.To check how the effectiveness depends on the age of patients,the following data has been collected. Assuming the variables: Effectiveness = the response variable measured on a scale from 0 to 100, Age = the age of a patient (in years) , Drug = a binary variable with 1 for the new drug,and 0 for the old drug,the regression model, Effectiveness = β<sub>0</sub> + β<sub>1</sub>Age + β<sub>2</sub>Drug + β<sub>3</sub>Age × Drug,is considered,and the following Excel results are available: Refer to Exhibit 17.5.What is the estimated regression model? A) = 0.34Age - 40.86Drug + 0.70Age × Drug B) = 3.15 + 0.07Age - 4.08Drug + 0.09Age × Drug C) = 14.94 + 5.06Age - 10.02Drug + 7.94Age × Drug D) = 3.15 + 0.07Age - 4.08Drug + 0.09Age × Drug
C) Exhibit 17.5.An over-the-counter drug manufacturer wants to examine the effectiveness of a new drug in curing an illness most commonly in older patients.Thirteen patients are given the new drug and 13 patients are given the old drug.To avoid bias in the experiment,they are not told which drug is given to them.To check how the effectiveness depends on the age of patients,the following data has been collected. Assuming the variables: Effectiveness = the response variable measured on a scale from 0 to 100, Age = the age of a patient (in years) , Drug = a binary variable with 1 for the new drug,and 0 for the old drug,the regression model, Effectiveness = β<sub>0</sub> + β<sub>1</sub>Age + β<sub>2</sub>Drug + β<sub>3</sub>Age × Drug,is considered,and the following Excel results are available: Refer to Exhibit 17.5.What is the estimated regression model? A) = 0.34Age - 40.86Drug + 0.70Age × Drug B) = 3.15 + 0.07Age - 4.08Drug + 0.09Age × Drug C) = 14.94 + 5.06Age - 10.02Drug + 7.94Age × Drug D) = 14.94 + 5.06Age - 10.02Drug + 7.94Age × Drug
D) Exhibit 17.5.An over-the-counter drug manufacturer wants to examine the effectiveness of a new drug in curing an illness most commonly in older patients.Thirteen patients are given the new drug and 13 patients are given the old drug.To avoid bias in the experiment,they are not told which drug is given to them.To check how the effectiveness depends on the age of patients,the following data has been collected. Assuming the variables: Effectiveness = the response variable measured on a scale from 0 to 100, Age = the age of a patient (in years) , Drug = a binary variable with 1 for the new drug,and 0 for the old drug,the regression model, Effectiveness = β<sub>0</sub> + β<sub>1</sub>Age + β<sub>2</sub>Drug + β<sub>3</sub>Age × Drug,is considered,and the following Excel results are available: Refer to Exhibit 17.5.What is the estimated regression model? A) = 0.34Age - 40.86Drug + 0.70Age × Drug B) = 3.15 + 0.07Age - 4.08Drug + 0.09Age × Drug C) = 14.94 + 5.06Age - 10.02Drug + 7.94Age × Drug D)

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