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Data Were Obtained in a Study of the Oxygen Uptake $\neq$

Question 54

Multiple Choice

Data were obtained in a study of the oxygen uptake of 31 middle-aged-males and females while exercising.The researchers were interested in the use of a variety of variables as predictors of Oxygen Uptake.The variables that were measured on the subjects were Age,Weight,the time taken to run a specified distance (Runtime) ,pulse rate at the end of the run (RunPulse) ,their resting pulse rate (RstPulse) ,and their maximum pulse rate during the run (MaxPulse) .The following table from a computer analysis of the data is provided (with some entries deleted and replaced by _**) . $Data were obtained in a study of the oxygen uptake of 31 middle-aged-males and females while exercising.The researchers were interested in the use of a variety of variables as predictors of Oxygen Uptake.The variables that were measured on the subjects were Age,Weight,the time taken to run a specified distance (Runtime) ,pulse rate at the end of the run (RunPulse) ,their resting pulse rate (RstPulse) ,and their maximum pulse rate during the run (MaxPulse) .The following table from a computer analysis of the data is provided (with some entries deleted and replaced by **) . What would the appropriate hypotheses be for testing the regression coefficients using the F ratio in the above table? A) H0: Ha: B) H0: Ha: at least one of the is not 0 C) H0: Ha: D) H0: all the = 0 Ha: all the \neq 0 E) H0: at most all of the = 0 Ha: at least one or more of the = 0$ What would the appropriate hypotheses be for testing the regression coefficients using the F ratio in the above table?

A) H₀: $Data were obtained in a study of the oxygen uptake of 31 middle-aged-males and females while exercising.The researchers were interested in the use of a variety of variables as predictors of Oxygen Uptake.The variables that were measured on the subjects were Age,Weight,the time taken to run a specified distance (Runtime) ,pulse rate at the end of the run (RunPulse) ,their resting pulse rate (RstPulse) ,and their maximum pulse rate during the run (MaxPulse) .The following table from a computer analysis of the data is provided (with some entries deleted and replaced by **) . What would the appropriate hypotheses be for testing the regression coefficients using the F ratio in the above table? A) H0: Ha: B) H0: Ha: at least one of the is not 0 C) H0: Ha: D) H0: all the = 0 Ha: all the \neq 0 E) H0: at most all of the = 0 Ha: at least one or more of the = 0$
H_a:
$Data were obtained in a study of the oxygen uptake of 31 middle-aged-males and females while exercising.The researchers were interested in the use of a variety of variables as predictors of Oxygen Uptake.The variables that were measured on the subjects were Age,Weight,the time taken to run a specified distance (Runtime) ,pulse rate at the end of the run (RunPulse) ,their resting pulse rate (RstPulse) ,and their maximum pulse rate during the run (MaxPulse) .The following table from a computer analysis of the data is provided (with some entries deleted and replaced by **) . What would the appropriate hypotheses be for testing the regression coefficients using the F ratio in the above table? A) H0: Ha: B) H0: Ha: at least one of the is not 0 C) H0: Ha: D) H0: all the = 0 Ha: all the \neq 0 E) H0: at most all of the = 0 Ha: at least one or more of the = 0$
B) H₀: $Data were obtained in a study of the oxygen uptake of 31 middle-aged-males and females while exercising.The researchers were interested in the use of a variety of variables as predictors of Oxygen Uptake.The variables that were measured on the subjects were Age,Weight,the time taken to run a specified distance (Runtime) ,pulse rate at the end of the run (RunPulse) ,their resting pulse rate (RstPulse) ,and their maximum pulse rate during the run (MaxPulse) .The following table from a computer analysis of the data is provided (with some entries deleted and replaced by **) . What would the appropriate hypotheses be for testing the regression coefficients using the F ratio in the above table? A) H0: Ha: B) H0: Ha: at least one of the is not 0 C) H0: Ha: D) H0: all the = 0 Ha: all the \neq 0 E) H0: at most all of the = 0 Ha: at least one or more of the = 0$
H_a: at least one of the
$Data were obtained in a study of the oxygen uptake of 31 middle-aged-males and females while exercising.The researchers were interested in the use of a variety of variables as predictors of Oxygen Uptake.The variables that were measured on the subjects were Age,Weight,the time taken to run a specified distance (Runtime) ,pulse rate at the end of the run (RunPulse) ,their resting pulse rate (RstPulse) ,and their maximum pulse rate during the run (MaxPulse) .The following table from a computer analysis of the data is provided (with some entries deleted and replaced by **) . What would the appropriate hypotheses be for testing the regression coefficients using the F ratio in the above table? A) H0: Ha: B) H0: Ha: at least one of the is not 0 C) H0: Ha: D) H0: all the = 0 Ha: all the \neq 0 E) H0: at most all of the = 0 Ha: at least one or more of the = 0$ is not 0
C) H₀: $Data were obtained in a study of the oxygen uptake of 31 middle-aged-males and females while exercising.The researchers were interested in the use of a variety of variables as predictors of Oxygen Uptake.The variables that were measured on the subjects were Age,Weight,the time taken to run a specified distance (Runtime) ,pulse rate at the end of the run (RunPulse) ,their resting pulse rate (RstPulse) ,and their maximum pulse rate during the run (MaxPulse) .The following table from a computer analysis of the data is provided (with some entries deleted and replaced by **) . What would the appropriate hypotheses be for testing the regression coefficients using the F ratio in the above table? A) H0: Ha: B) H0: Ha: at least one of the is not 0 C) H0: Ha: D) H0: all the = 0 Ha: all the \neq 0 E) H0: at most all of the = 0 Ha: at least one or more of the = 0$
H_a:
$Data were obtained in a study of the oxygen uptake of 31 middle-aged-males and females while exercising.The researchers were interested in the use of a variety of variables as predictors of Oxygen Uptake.The variables that were measured on the subjects were Age,Weight,the time taken to run a specified distance (Runtime) ,pulse rate at the end of the run (RunPulse) ,their resting pulse rate (RstPulse) ,and their maximum pulse rate during the run (MaxPulse) .The following table from a computer analysis of the data is provided (with some entries deleted and replaced by **) . What would the appropriate hypotheses be for testing the regression coefficients using the F ratio in the above table? A) H0: Ha: B) H0: Ha: at least one of the is not 0 C) H0: Ha: D) H0: all the = 0 Ha: all the \neq 0 E) H0: at most all of the = 0 Ha: at least one or more of the = 0$
D) H₀: all the $Data were obtained in a study of the oxygen uptake of 31 middle-aged-males and females while exercising.The researchers were interested in the use of a variety of variables as predictors of Oxygen Uptake.The variables that were measured on the subjects were Age,Weight,the time taken to run a specified distance (Runtime) ,pulse rate at the end of the run (RunPulse) ,their resting pulse rate (RstPulse) ,and their maximum pulse rate during the run (MaxPulse) .The following table from a computer analysis of the data is provided (with some entries deleted and replaced by **) . What would the appropriate hypotheses be for testing the regression coefficients using the F ratio in the above table? A) H0: Ha: B) H0: Ha: at least one of the is not 0 C) H0: Ha: D) H0: all the = 0 Ha: all the \neq 0 E) H0: at most all of the = 0 Ha: at least one or more of the = 0$ = 0
H_a: all the
$Data were obtained in a study of the oxygen uptake of 31 middle-aged-males and females while exercising.The researchers were interested in the use of a variety of variables as predictors of Oxygen Uptake.The variables that were measured on the subjects were Age,Weight,the time taken to run a specified distance (Runtime) ,pulse rate at the end of the run (RunPulse) ,their resting pulse rate (RstPulse) ,and their maximum pulse rate during the run (MaxPulse) .The following table from a computer analysis of the data is provided (with some entries deleted and replaced by **) . What would the appropriate hypotheses be for testing the regression coefficients using the F ratio in the above table? A) H0: Ha: B) H0: Ha: at least one of the is not 0 C) H0: Ha: D) H0: all the = 0 Ha: all the \neq 0 E) H0: at most all of the = 0 Ha: at least one or more of the = 0$ $\neq$ 0
E) H₀: at most all of the $Data were obtained in a study of the oxygen uptake of 31 middle-aged-males and females while exercising.The researchers were interested in the use of a variety of variables as predictors of Oxygen Uptake.The variables that were measured on the subjects were Age,Weight,the time taken to run a specified distance (Runtime) ,pulse rate at the end of the run (RunPulse) ,their resting pulse rate (RstPulse) ,and their maximum pulse rate during the run (MaxPulse) .The following table from a computer analysis of the data is provided (with some entries deleted and replaced by **) . What would the appropriate hypotheses be for testing the regression coefficients using the F ratio in the above table? A) H0: Ha: B) H0: Ha: at least one of the is not 0 C) H0: Ha: D) H0: all the = 0 Ha: all the \neq 0 E) H0: at most all of the = 0 Ha: at least one or more of the = 0$ = 0
H_a: at least one or more of the
$Data were obtained in a study of the oxygen uptake of 31 middle-aged-males and females while exercising.The researchers were interested in the use of a variety of variables as predictors of Oxygen Uptake.The variables that were measured on the subjects were Age,Weight,the time taken to run a specified distance (Runtime) ,pulse rate at the end of the run (RunPulse) ,their resting pulse rate (RstPulse) ,and their maximum pulse rate during the run (MaxPulse) .The following table from a computer analysis of the data is provided (with some entries deleted and replaced by **) . What would the appropriate hypotheses be for testing the regression coefficients using the F ratio in the above table? A) H0: Ha: B) H0: Ha: at least one of the is not 0 C) H0: Ha: D) H0: all the = 0 Ha: all the \neq 0 E) H0: at most all of the = 0 Ha: at least one or more of the = 0$ = 0