A survey of 500 respondents produced these cell counts in a 2 3 contingency table: If you wish to test the null hypothesis of "independence" - that the probability that a response falls in any one row is independent of the column it falls in - and you plan to use a chi-square test, how many degrees of freedom will be associated with the statistic?
df = ______________
Compute : = ______________
Reject when ______________.
Conclude that there ______________ reason to expect a dependence between rows and columns.
Find the approximate p-value for the test.
The p-value ______________ .10

Question

A survey of 500 respondents produced these cell counts in a 2  3 contingency table:  If you wish to test the null hypothesis of "independence" - that the probability that a response falls in any one row is independent of the column it falls in - and you plan to use a chi-square test, how many degrees of freedom will be associated with the  statistic?
df = ______________
Compute  : = ______________
Reject  when  > ______________.
Conclude that there ______________ reason to expect a dependence between rows and columns.
Find the approximate p-value for the test.
The p-value ______________ .10

Quizplus · Accepted Answer

The Answer of A survey of 500 respondents produced these cell counts in a 2  3 contingency table:  If you wish to test the null hypothesis of "independence" - that the probability that a response falls in any one row is independent of the column it falls in - and you plan to use a chi-square test, how many degrees of freedom will be associated with the  statistic?
df = ______________
Compute  : = ______________
Reject  when  > ______________.
Conclude that there ______________ reason to expect a dependence between rows and columns.
Find the approximate p-value for the test.
The p-value ______________ .10

A Survey of 500 Respondents Produced These Cell Counts in a 2