Decide which hypothesis test is appropriate to use.Researchers wanted to compare the percent of American adults who were concerned about the declining population of pollinators in 2000 to the percent of American adults who are concerned about the declining population of pollinators now.Group of answer choicesHypothesis testing for one population proportionHypothesis testing for one population meanHypothesis testing comparing two population proportionsHypothesis testing comparing two population means – independent samplesHypothesis testing comparing two population means – matched pair samplesANOVAChi-square test of independenceT-test for linear relationship
Question
Decide which hypothesis test is appropriate to use.Researchers wanted to compare the percent of American adults who were concerned about the declining population of pollinators in 2000 to the percent of American adults who are concerned about the declining population of pollinators now.Group of answer choicesHypothesis testing for one population proportionHypothesis testing for one population meanHypothesis testing comparing two population proportionsHypothesis testing comparing two population means – independent samplesHypothesis testing comparing two population means – matched pair samplesANOVAChi-square test of independenceT-test for linear relationship
Solution
The appropriate hypothesis test for this scenario is "Hypothesis testing comparing two population proportions". This is because the researchers are comparing the proportion of American adults who were concerned about the declining population of pollinators at two different time points (2000 and now).
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