If Population 1 is defined as the Marketing exam scores and Population 2 is defined as
the Finance exam scores, and using α = 0.05, the conclusion for this hypothesis test
would be that because the test statistic is
_______________________________________________________.
A) less than the critical value, we can conclude that no difference exists between the
average final exam grades for the Introduction to Marketing course and the Introduction
to Finance course
B) less than the critical value, we cannot conclude that a difference exists between the
average final exam grades for the Introduction to Marketing course and the Introduction
to Finance course
C) more than the critical value, we cannot conclude that a difference exists between the
average final exam grades for the Introduction to Marketing course and the Introduction
to Finance course
D) more than the critical value, we can conclude that a difference exists between the
average final exam grades for the Introduction to Marketing course and the Introduction
to Finance course
State University offers several sections of a Business Statistics course in an in-class and
online format. Both formats are administered the same final exam each year. You have
been assigned to test the hypothesis that the average final exam score of in-class
students is different from the average final exam score of online students. The following
data summarizes the sample statistics for the final exam scores for students from each
format. Assume that the population variances are unequal.
If Population 1 is defined as in-class format and Population 2 is defined as online
format, and using α = 0.05, the critical value for this hypothesis test would be
________.