Solved

SCENARIO 13-1 a Large National Bank Charges Local Companies for Using

Question 174

Multiple Choice

SCENARIO 13-1 A large national bank charges local companies for using their services.A bank official reported the results of a regression analysis designed to predict the bank's charges (Y) -- measured in dollars per month -- for services rendered to local companies.One independent variable used to predict service charges to a company is the company's sales revenue (X) -- measured in millions of dollars.Data for 21 companies who use the bank's services were used to fit the model: SCENARIO 13-1 A large national bank charges local companies for using their services.A bank official reported the results of a regression analysis designed to predict the bank's charges (Y) -- measured in dollars per month -- for services rendered to local companies.One independent variable used to predict service charges to a company is the company's sales revenue (X) -- measured in millions of dollars.Data for 21 companies who use the bank's services were used to fit the model:   The results of the simple linear regression are provided below.     two-tail p value =0.034 (for testing   -Referring to Scenario 13-1, interpret the estimate of   the standard deviation of the random error term (standard error of the estimate) in the model. A) About 95% of the observed service charges fall within $65 of the least squares line. B) About 95% of the observed service charges equal their corresponding predicted values. C) About 95% of the observed service charges fall within $130 of the least squares line. D) For every $1 million increase in sales revenue, we expect a service charge to increase $65. The results of the simple linear regression are provided below. SCENARIO 13-1 A large national bank charges local companies for using their services.A bank official reported the results of a regression analysis designed to predict the bank's charges (Y) -- measured in dollars per month -- for services rendered to local companies.One independent variable used to predict service charges to a company is the company's sales revenue (X) -- measured in millions of dollars.Data for 21 companies who use the bank's services were used to fit the model:   The results of the simple linear regression are provided below.     two-tail p value =0.034 (for testing   -Referring to Scenario 13-1, interpret the estimate of   the standard deviation of the random error term (standard error of the estimate) in the model. A) About 95% of the observed service charges fall within $65 of the least squares line. B) About 95% of the observed service charges equal their corresponding predicted values. C) About 95% of the observed service charges fall within $130 of the least squares line. D) For every $1 million increase in sales revenue, we expect a service charge to increase $65. SCENARIO 13-1 A large national bank charges local companies for using their services.A bank official reported the results of a regression analysis designed to predict the bank's charges (Y) -- measured in dollars per month -- for services rendered to local companies.One independent variable used to predict service charges to a company is the company's sales revenue (X) -- measured in millions of dollars.Data for 21 companies who use the bank's services were used to fit the model:   The results of the simple linear regression are provided below.     two-tail p value =0.034 (for testing   -Referring to Scenario 13-1, interpret the estimate of   the standard deviation of the random error term (standard error of the estimate) in the model. A) About 95% of the observed service charges fall within $65 of the least squares line. B) About 95% of the observed service charges equal their corresponding predicted values. C) About 95% of the observed service charges fall within $130 of the least squares line. D) For every $1 million increase in sales revenue, we expect a service charge to increase $65. two-tail p value =0.034 (for testing SCENARIO 13-1 A large national bank charges local companies for using their services.A bank official reported the results of a regression analysis designed to predict the bank's charges (Y) -- measured in dollars per month -- for services rendered to local companies.One independent variable used to predict service charges to a company is the company's sales revenue (X) -- measured in millions of dollars.Data for 21 companies who use the bank's services were used to fit the model:   The results of the simple linear regression are provided below.     two-tail p value =0.034 (for testing   -Referring to Scenario 13-1, interpret the estimate of   the standard deviation of the random error term (standard error of the estimate) in the model. A) About 95% of the observed service charges fall within $65 of the least squares line. B) About 95% of the observed service charges equal their corresponding predicted values. C) About 95% of the observed service charges fall within $130 of the least squares line. D) For every $1 million increase in sales revenue, we expect a service charge to increase $65.
-Referring to Scenario 13-1, interpret the estimate of SCENARIO 13-1 A large national bank charges local companies for using their services.A bank official reported the results of a regression analysis designed to predict the bank's charges (Y) -- measured in dollars per month -- for services rendered to local companies.One independent variable used to predict service charges to a company is the company's sales revenue (X) -- measured in millions of dollars.Data for 21 companies who use the bank's services were used to fit the model:   The results of the simple linear regression are provided below.     two-tail p value =0.034 (for testing   -Referring to Scenario 13-1, interpret the estimate of   the standard deviation of the random error term (standard error of the estimate) in the model. A) About 95% of the observed service charges fall within $65 of the least squares line. B) About 95% of the observed service charges equal their corresponding predicted values. C) About 95% of the observed service charges fall within $130 of the least squares line. D) For every $1 million increase in sales revenue, we expect a service charge to increase $65. the standard deviation of the random error term (standard error of the estimate) in the model.


A) About 95% of the observed service charges fall within $65 of the least squares line.
B) About 95% of the observed service charges equal their corresponding predicted values.
C) About 95% of the observed service charges fall within $130 of the least squares line.
D) For every $1 million increase in sales revenue, we expect a service charge to increase $65.

Correct Answer:

verifed

Verified

Unlock this answer now
Get Access to more Verified Answers free of charge

Related Questions