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The Researchers Suggested That the Time of the Second Race

Question 34

Multiple Choice

The researchers suggested that the time of the second race in karting is less than during the first race because a person remembers the track. Suppose 8 adults were randomly selected. The time spent on the first and second race was recorded for each person from the sample and resulting data are given in the accompanying table. The researchers suggested that the time of the second race in karting is less than during the first race because a person remembers the track. Suppose 8 adults were randomly selected. The time spent on the first and second race was recorded for each person from the sample and resulting data are given in the accompanying table.   Do these data support the claim that the mean difference in time spent on the first and second race is greater than zero? Use a randomization test to select the appropriate output for one set of 1000 simulated sample differences in means and carry out a hypothesis test for a difference in means. A)    ​   ​Since the approximate P-value is greater than   , we reject H<sub>0</sub> for a significance level of 0.05.So the sample provides convincing evidence that the mean difference in time spent on the first and second race is greater than zero. B)    ​   ​Since the approximate P-value is greater than   , we reject H<sub>0</sub> for a significance level of 0.05.So the sample provides convincing evidence that the mean difference in time spent on the first and second race is greater than zero. C)    ​   ​ Since the approximate P-value is greater than   , we fail to reject H<sub>0</sub> for a significance level of 0.05.So the sample does not provide convincing evidence that the mean difference in time spent on the first and second race is greater than zero. D)    ​   ​ ​ Since the approximate P-value is greater than   , we fail to reject H<sub>0</sub> for a significance level of 0.05.So the sample does not provide convincing evidence that the mean difference in time spent on the first and second race is greater than zero. E)    ​   ​ Since the approximate P-value is less than   , we reject H<sub>0</sub> for a significance level of 0.05.So the sample provides convincing evidence that the mean difference in time spent on the first and second race is greater than zero. Do these data support the claim that the mean difference in time spent on the first and second race is greater than zero? Use a randomization test to select the appropriate output for one set of 1000 simulated sample differences in means and carry out a hypothesis test for a difference in means.


A) The researchers suggested that the time of the second race in karting is less than during the first race because a person remembers the track. Suppose 8 adults were randomly selected. The time spent on the first and second race was recorded for each person from the sample and resulting data are given in the accompanying table.   Do these data support the claim that the mean difference in time spent on the first and second race is greater than zero? Use a randomization test to select the appropriate output for one set of 1000 simulated sample differences in means and carry out a hypothesis test for a difference in means. A)    ​   ​Since the approximate P-value is greater than   , we reject H<sub>0</sub> for a significance level of 0.05.So the sample provides convincing evidence that the mean difference in time spent on the first and second race is greater than zero. B)    ​   ​Since the approximate P-value is greater than   , we reject H<sub>0</sub> for a significance level of 0.05.So the sample provides convincing evidence that the mean difference in time spent on the first and second race is greater than zero. C)    ​   ​ Since the approximate P-value is greater than   , we fail to reject H<sub>0</sub> for a significance level of 0.05.So the sample does not provide convincing evidence that the mean difference in time spent on the first and second race is greater than zero. D)    ​   ​ ​ Since the approximate P-value is greater than   , we fail to reject H<sub>0</sub> for a significance level of 0.05.So the sample does not provide convincing evidence that the mean difference in time spent on the first and second race is greater than zero. E)    ​   ​ Since the approximate P-value is less than   , we reject H<sub>0</sub> for a significance level of 0.05.So the sample provides convincing evidence that the mean difference in time spent on the first and second race is greater than zero.The researchers suggested that the time of the second race in karting is less than during the first race because a person remembers the track. Suppose 8 adults were randomly selected. The time spent on the first and second race was recorded for each person from the sample and resulting data are given in the accompanying table.   Do these data support the claim that the mean difference in time spent on the first and second race is greater than zero? Use a randomization test to select the appropriate output for one set of 1000 simulated sample differences in means and carry out a hypothesis test for a difference in means. A)    ​   ​Since the approximate P-value is greater than   , we reject H<sub>0</sub> for a significance level of 0.05.So the sample provides convincing evidence that the mean difference in time spent on the first and second race is greater than zero. B)    ​   ​Since the approximate P-value is greater than   , we reject H<sub>0</sub> for a significance level of 0.05.So the sample provides convincing evidence that the mean difference in time spent on the first and second race is greater than zero. C)    ​   ​ Since the approximate P-value is greater than   , we fail to reject H<sub>0</sub> for a significance level of 0.05.So the sample does not provide convincing evidence that the mean difference in time spent on the first and second race is greater than zero. D)    ​   ​ ​ Since the approximate P-value is greater than   , we fail to reject H<sub>0</sub> for a significance level of 0.05.So the sample does not provide convincing evidence that the mean difference in time spent on the first and second race is greater than zero. E)    ​   ​ Since the approximate P-value is less than   , we reject H<sub>0</sub> for a significance level of 0.05.So the sample provides convincing evidence that the mean difference in time spent on the first and second race is greater than zero. ​Since the approximate P-value is greater than The researchers suggested that the time of the second race in karting is less than during the first race because a person remembers the track. Suppose 8 adults were randomly selected. The time spent on the first and second race was recorded for each person from the sample and resulting data are given in the accompanying table.   Do these data support the claim that the mean difference in time spent on the first and second race is greater than zero? Use a randomization test to select the appropriate output for one set of 1000 simulated sample differences in means and carry out a hypothesis test for a difference in means. A)    ​   ​Since the approximate P-value is greater than   , we reject H<sub>0</sub> for a significance level of 0.05.So the sample provides convincing evidence that the mean difference in time spent on the first and second race is greater than zero. B)    ​   ​Since the approximate P-value is greater than   , we reject H<sub>0</sub> for a significance level of 0.05.So the sample provides convincing evidence that the mean difference in time spent on the first and second race is greater than zero. C)    ​   ​ Since the approximate P-value is greater than   , we fail to reject H<sub>0</sub> for a significance level of 0.05.So the sample does not provide convincing evidence that the mean difference in time spent on the first and second race is greater than zero. D)    ​   ​ ​ Since the approximate P-value is greater than   , we fail to reject H<sub>0</sub> for a significance level of 0.05.So the sample does not provide convincing evidence that the mean difference in time spent on the first and second race is greater than zero. E)    ​   ​ Since the approximate P-value is less than   , we reject H<sub>0</sub> for a significance level of 0.05.So the sample provides convincing evidence that the mean difference in time spent on the first and second race is greater than zero. , we reject H0 for a significance level of 0.05.So the sample provides convincing evidence that the mean difference in time spent on the first and second race is greater than zero.
B) The researchers suggested that the time of the second race in karting is less than during the first race because a person remembers the track. Suppose 8 adults were randomly selected. The time spent on the first and second race was recorded for each person from the sample and resulting data are given in the accompanying table.   Do these data support the claim that the mean difference in time spent on the first and second race is greater than zero? Use a randomization test to select the appropriate output for one set of 1000 simulated sample differences in means and carry out a hypothesis test for a difference in means. A)    ​   ​Since the approximate P-value is greater than   , we reject H<sub>0</sub> for a significance level of 0.05.So the sample provides convincing evidence that the mean difference in time spent on the first and second race is greater than zero. B)    ​   ​Since the approximate P-value is greater than   , we reject H<sub>0</sub> for a significance level of 0.05.So the sample provides convincing evidence that the mean difference in time spent on the first and second race is greater than zero. C)    ​   ​ Since the approximate P-value is greater than   , we fail to reject H<sub>0</sub> for a significance level of 0.05.So the sample does not provide convincing evidence that the mean difference in time spent on the first and second race is greater than zero. D)    ​   ​ ​ Since the approximate P-value is greater than   , we fail to reject H<sub>0</sub> for a significance level of 0.05.So the sample does not provide convincing evidence that the mean difference in time spent on the first and second race is greater than zero. E)    ​   ​ Since the approximate P-value is less than   , we reject H<sub>0</sub> for a significance level of 0.05.So the sample provides convincing evidence that the mean difference in time spent on the first and second race is greater than zero.The researchers suggested that the time of the second race in karting is less than during the first race because a person remembers the track. Suppose 8 adults were randomly selected. The time spent on the first and second race was recorded for each person from the sample and resulting data are given in the accompanying table.   Do these data support the claim that the mean difference in time spent on the first and second race is greater than zero? Use a randomization test to select the appropriate output for one set of 1000 simulated sample differences in means and carry out a hypothesis test for a difference in means. A)    ​   ​Since the approximate P-value is greater than   , we reject H<sub>0</sub> for a significance level of 0.05.So the sample provides convincing evidence that the mean difference in time spent on the first and second race is greater than zero. B)    ​   ​Since the approximate P-value is greater than   , we reject H<sub>0</sub> for a significance level of 0.05.So the sample provides convincing evidence that the mean difference in time spent on the first and second race is greater than zero. C)    ​   ​ Since the approximate P-value is greater than   , we fail to reject H<sub>0</sub> for a significance level of 0.05.So the sample does not provide convincing evidence that the mean difference in time spent on the first and second race is greater than zero. D)    ​   ​ ​ Since the approximate P-value is greater than   , we fail to reject H<sub>0</sub> for a significance level of 0.05.So the sample does not provide convincing evidence that the mean difference in time spent on the first and second race is greater than zero. E)    ​   ​ Since the approximate P-value is less than   , we reject H<sub>0</sub> for a significance level of 0.05.So the sample provides convincing evidence that the mean difference in time spent on the first and second race is greater than zero. ​Since the approximate P-value is greater than The researchers suggested that the time of the second race in karting is less than during the first race because a person remembers the track. Suppose 8 adults were randomly selected. The time spent on the first and second race was recorded for each person from the sample and resulting data are given in the accompanying table.   Do these data support the claim that the mean difference in time spent on the first and second race is greater than zero? Use a randomization test to select the appropriate output for one set of 1000 simulated sample differences in means and carry out a hypothesis test for a difference in means. A)    ​   ​Since the approximate P-value is greater than   , we reject H<sub>0</sub> for a significance level of 0.05.So the sample provides convincing evidence that the mean difference in time spent on the first and second race is greater than zero. B)    ​   ​Since the approximate P-value is greater than   , we reject H<sub>0</sub> for a significance level of 0.05.So the sample provides convincing evidence that the mean difference in time spent on the first and second race is greater than zero. C)    ​   ​ Since the approximate P-value is greater than   , we fail to reject H<sub>0</sub> for a significance level of 0.05.So the sample does not provide convincing evidence that the mean difference in time spent on the first and second race is greater than zero. D)    ​   ​ ​ Since the approximate P-value is greater than   , we fail to reject H<sub>0</sub> for a significance level of 0.05.So the sample does not provide convincing evidence that the mean difference in time spent on the first and second race is greater than zero. E)    ​   ​ Since the approximate P-value is less than   , we reject H<sub>0</sub> for a significance level of 0.05.So the sample provides convincing evidence that the mean difference in time spent on the first and second race is greater than zero. , we reject H0 for a significance level of 0.05.So the sample provides convincing evidence that the mean difference in time spent on the first and second race is greater than zero.
C) The researchers suggested that the time of the second race in karting is less than during the first race because a person remembers the track. Suppose 8 adults were randomly selected. The time spent on the first and second race was recorded for each person from the sample and resulting data are given in the accompanying table.   Do these data support the claim that the mean difference in time spent on the first and second race is greater than zero? Use a randomization test to select the appropriate output for one set of 1000 simulated sample differences in means and carry out a hypothesis test for a difference in means. A)    ​   ​Since the approximate P-value is greater than   , we reject H<sub>0</sub> for a significance level of 0.05.So the sample provides convincing evidence that the mean difference in time spent on the first and second race is greater than zero. B)    ​   ​Since the approximate P-value is greater than   , we reject H<sub>0</sub> for a significance level of 0.05.So the sample provides convincing evidence that the mean difference in time spent on the first and second race is greater than zero. C)    ​   ​ Since the approximate P-value is greater than   , we fail to reject H<sub>0</sub> for a significance level of 0.05.So the sample does not provide convincing evidence that the mean difference in time spent on the first and second race is greater than zero. D)    ​   ​ ​ Since the approximate P-value is greater than   , we fail to reject H<sub>0</sub> for a significance level of 0.05.So the sample does not provide convincing evidence that the mean difference in time spent on the first and second race is greater than zero. E)    ​   ​ Since the approximate P-value is less than   , we reject H<sub>0</sub> for a significance level of 0.05.So the sample provides convincing evidence that the mean difference in time spent on the first and second race is greater than zero.The researchers suggested that the time of the second race in karting is less than during the first race because a person remembers the track. Suppose 8 adults were randomly selected. The time spent on the first and second race was recorded for each person from the sample and resulting data are given in the accompanying table.   Do these data support the claim that the mean difference in time spent on the first and second race is greater than zero? Use a randomization test to select the appropriate output for one set of 1000 simulated sample differences in means and carry out a hypothesis test for a difference in means. A)    ​   ​Since the approximate P-value is greater than   , we reject H<sub>0</sub> for a significance level of 0.05.So the sample provides convincing evidence that the mean difference in time spent on the first and second race is greater than zero. B)    ​   ​Since the approximate P-value is greater than   , we reject H<sub>0</sub> for a significance level of 0.05.So the sample provides convincing evidence that the mean difference in time spent on the first and second race is greater than zero. C)    ​   ​ Since the approximate P-value is greater than   , we fail to reject H<sub>0</sub> for a significance level of 0.05.So the sample does not provide convincing evidence that the mean difference in time spent on the first and second race is greater than zero. D)    ​   ​ ​ Since the approximate P-value is greater than   , we fail to reject H<sub>0</sub> for a significance level of 0.05.So the sample does not provide convincing evidence that the mean difference in time spent on the first and second race is greater than zero. E)    ​   ​ Since the approximate P-value is less than   , we reject H<sub>0</sub> for a significance level of 0.05.So the sample provides convincing evidence that the mean difference in time spent on the first and second race is greater than zero.
Since the approximate P-value is greater than The researchers suggested that the time of the second race in karting is less than during the first race because a person remembers the track. Suppose 8 adults were randomly selected. The time spent on the first and second race was recorded for each person from the sample and resulting data are given in the accompanying table.   Do these data support the claim that the mean difference in time spent on the first and second race is greater than zero? Use a randomization test to select the appropriate output for one set of 1000 simulated sample differences in means and carry out a hypothesis test for a difference in means. A)    ​   ​Since the approximate P-value is greater than   , we reject H<sub>0</sub> for a significance level of 0.05.So the sample provides convincing evidence that the mean difference in time spent on the first and second race is greater than zero. B)    ​   ​Since the approximate P-value is greater than   , we reject H<sub>0</sub> for a significance level of 0.05.So the sample provides convincing evidence that the mean difference in time spent on the first and second race is greater than zero. C)    ​   ​ Since the approximate P-value is greater than   , we fail to reject H<sub>0</sub> for a significance level of 0.05.So the sample does not provide convincing evidence that the mean difference in time spent on the first and second race is greater than zero. D)    ​   ​ ​ Since the approximate P-value is greater than   , we fail to reject H<sub>0</sub> for a significance level of 0.05.So the sample does not provide convincing evidence that the mean difference in time spent on the first and second race is greater than zero. E)    ​   ​ Since the approximate P-value is less than   , we reject H<sub>0</sub> for a significance level of 0.05.So the sample provides convincing evidence that the mean difference in time spent on the first and second race is greater than zero. , we fail to reject H0 for a significance level of 0.05.So the sample does not provide convincing evidence that the mean difference in time spent on the first and second race is greater than zero.
D) The researchers suggested that the time of the second race in karting is less than during the first race because a person remembers the track. Suppose 8 adults were randomly selected. The time spent on the first and second race was recorded for each person from the sample and resulting data are given in the accompanying table.   Do these data support the claim that the mean difference in time spent on the first and second race is greater than zero? Use a randomization test to select the appropriate output for one set of 1000 simulated sample differences in means and carry out a hypothesis test for a difference in means. A)    ​   ​Since the approximate P-value is greater than   , we reject H<sub>0</sub> for a significance level of 0.05.So the sample provides convincing evidence that the mean difference in time spent on the first and second race is greater than zero. B)    ​   ​Since the approximate P-value is greater than   , we reject H<sub>0</sub> for a significance level of 0.05.So the sample provides convincing evidence that the mean difference in time spent on the first and second race is greater than zero. C)    ​   ​ Since the approximate P-value is greater than   , we fail to reject H<sub>0</sub> for a significance level of 0.05.So the sample does not provide convincing evidence that the mean difference in time spent on the first and second race is greater than zero. D)    ​   ​ ​ Since the approximate P-value is greater than   , we fail to reject H<sub>0</sub> for a significance level of 0.05.So the sample does not provide convincing evidence that the mean difference in time spent on the first and second race is greater than zero. E)    ​   ​ Since the approximate P-value is less than   , we reject H<sub>0</sub> for a significance level of 0.05.So the sample provides convincing evidence that the mean difference in time spent on the first and second race is greater than zero.The researchers suggested that the time of the second race in karting is less than during the first race because a person remembers the track. Suppose 8 adults were randomly selected. The time spent on the first and second race was recorded for each person from the sample and resulting data are given in the accompanying table.   Do these data support the claim that the mean difference in time spent on the first and second race is greater than zero? Use a randomization test to select the appropriate output for one set of 1000 simulated sample differences in means and carry out a hypothesis test for a difference in means. A)    ​   ​Since the approximate P-value is greater than   , we reject H<sub>0</sub> for a significance level of 0.05.So the sample provides convincing evidence that the mean difference in time spent on the first and second race is greater than zero. B)    ​   ​Since the approximate P-value is greater than   , we reject H<sub>0</sub> for a significance level of 0.05.So the sample provides convincing evidence that the mean difference in time spent on the first and second race is greater than zero. C)    ​   ​ Since the approximate P-value is greater than   , we fail to reject H<sub>0</sub> for a significance level of 0.05.So the sample does not provide convincing evidence that the mean difference in time spent on the first and second race is greater than zero. D)    ​   ​ ​ Since the approximate P-value is greater than   , we fail to reject H<sub>0</sub> for a significance level of 0.05.So the sample does not provide convincing evidence that the mean difference in time spent on the first and second race is greater than zero. E)    ​   ​ Since the approximate P-value is less than   , we reject H<sub>0</sub> for a significance level of 0.05.So the sample provides convincing evidence that the mean difference in time spent on the first and second race is greater than zero.

Since the approximate P-value is greater than The researchers suggested that the time of the second race in karting is less than during the first race because a person remembers the track. Suppose 8 adults were randomly selected. The time spent on the first and second race was recorded for each person from the sample and resulting data are given in the accompanying table.   Do these data support the claim that the mean difference in time spent on the first and second race is greater than zero? Use a randomization test to select the appropriate output for one set of 1000 simulated sample differences in means and carry out a hypothesis test for a difference in means. A)    ​   ​Since the approximate P-value is greater than   , we reject H<sub>0</sub> for a significance level of 0.05.So the sample provides convincing evidence that the mean difference in time spent on the first and second race is greater than zero. B)    ​   ​Since the approximate P-value is greater than   , we reject H<sub>0</sub> for a significance level of 0.05.So the sample provides convincing evidence that the mean difference in time spent on the first and second race is greater than zero. C)    ​   ​ Since the approximate P-value is greater than   , we fail to reject H<sub>0</sub> for a significance level of 0.05.So the sample does not provide convincing evidence that the mean difference in time spent on the first and second race is greater than zero. D)    ​   ​ ​ Since the approximate P-value is greater than   , we fail to reject H<sub>0</sub> for a significance level of 0.05.So the sample does not provide convincing evidence that the mean difference in time spent on the first and second race is greater than zero. E)    ​   ​ Since the approximate P-value is less than   , we reject H<sub>0</sub> for a significance level of 0.05.So the sample provides convincing evidence that the mean difference in time spent on the first and second race is greater than zero. , we fail to reject H0 for a significance level of 0.05.So the sample does not provide convincing evidence that the mean difference in time spent on the first and second race is greater than zero.
E) The researchers suggested that the time of the second race in karting is less than during the first race because a person remembers the track. Suppose 8 adults were randomly selected. The time spent on the first and second race was recorded for each person from the sample and resulting data are given in the accompanying table.   Do these data support the claim that the mean difference in time spent on the first and second race is greater than zero? Use a randomization test to select the appropriate output for one set of 1000 simulated sample differences in means and carry out a hypothesis test for a difference in means. A)    ​   ​Since the approximate P-value is greater than   , we reject H<sub>0</sub> for a significance level of 0.05.So the sample provides convincing evidence that the mean difference in time spent on the first and second race is greater than zero. B)    ​   ​Since the approximate P-value is greater than   , we reject H<sub>0</sub> for a significance level of 0.05.So the sample provides convincing evidence that the mean difference in time spent on the first and second race is greater than zero. C)    ​   ​ Since the approximate P-value is greater than   , we fail to reject H<sub>0</sub> for a significance level of 0.05.So the sample does not provide convincing evidence that the mean difference in time spent on the first and second race is greater than zero. D)    ​   ​ ​ Since the approximate P-value is greater than   , we fail to reject H<sub>0</sub> for a significance level of 0.05.So the sample does not provide convincing evidence that the mean difference in time spent on the first and second race is greater than zero. E)    ​   ​ Since the approximate P-value is less than   , we reject H<sub>0</sub> for a significance level of 0.05.So the sample provides convincing evidence that the mean difference in time spent on the first and second race is greater than zero.The researchers suggested that the time of the second race in karting is less than during the first race because a person remembers the track. Suppose 8 adults were randomly selected. The time spent on the first and second race was recorded for each person from the sample and resulting data are given in the accompanying table.   Do these data support the claim that the mean difference in time spent on the first and second race is greater than zero? Use a randomization test to select the appropriate output for one set of 1000 simulated sample differences in means and carry out a hypothesis test for a difference in means. A)    ​   ​Since the approximate P-value is greater than   , we reject H<sub>0</sub> for a significance level of 0.05.So the sample provides convincing evidence that the mean difference in time spent on the first and second race is greater than zero. B)    ​   ​Since the approximate P-value is greater than   , we reject H<sub>0</sub> for a significance level of 0.05.So the sample provides convincing evidence that the mean difference in time spent on the first and second race is greater than zero. C)    ​   ​ Since the approximate P-value is greater than   , we fail to reject H<sub>0</sub> for a significance level of 0.05.So the sample does not provide convincing evidence that the mean difference in time spent on the first and second race is greater than zero. D)    ​   ​ ​ Since the approximate P-value is greater than   , we fail to reject H<sub>0</sub> for a significance level of 0.05.So the sample does not provide convincing evidence that the mean difference in time spent on the first and second race is greater than zero. E)    ​   ​ Since the approximate P-value is less than   , we reject H<sub>0</sub> for a significance level of 0.05.So the sample provides convincing evidence that the mean difference in time spent on the first and second race is greater than zero.
Since the approximate P-value is less than The researchers suggested that the time of the second race in karting is less than during the first race because a person remembers the track. Suppose 8 adults were randomly selected. The time spent on the first and second race was recorded for each person from the sample and resulting data are given in the accompanying table.   Do these data support the claim that the mean difference in time spent on the first and second race is greater than zero? Use a randomization test to select the appropriate output for one set of 1000 simulated sample differences in means and carry out a hypothesis test for a difference in means. A)    ​   ​Since the approximate P-value is greater than   , we reject H<sub>0</sub> for a significance level of 0.05.So the sample provides convincing evidence that the mean difference in time spent on the first and second race is greater than zero. B)    ​   ​Since the approximate P-value is greater than   , we reject H<sub>0</sub> for a significance level of 0.05.So the sample provides convincing evidence that the mean difference in time spent on the first and second race is greater than zero. C)    ​   ​ Since the approximate P-value is greater than   , we fail to reject H<sub>0</sub> for a significance level of 0.05.So the sample does not provide convincing evidence that the mean difference in time spent on the first and second race is greater than zero. D)    ​   ​ ​ Since the approximate P-value is greater than   , we fail to reject H<sub>0</sub> for a significance level of 0.05.So the sample does not provide convincing evidence that the mean difference in time spent on the first and second race is greater than zero. E)    ​   ​ Since the approximate P-value is less than   , we reject H<sub>0</sub> for a significance level of 0.05.So the sample provides convincing evidence that the mean difference in time spent on the first and second race is greater than zero. , we reject H0 for a significance level of 0.05.So the sample provides convincing evidence that the mean difference in time spent on the first and second race is greater than zero.

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