True or False 1) During any hypothesis test, we assume Ho is true until we find extreme evidence otherwise. ["", ""] 2) If our correlation coefficient is 0, we can assume there is a weak association between two variables. ["", ""] 3) The only difference in the Central Limit Theorem criteria for proportion hypothesis test and mean hypothesis tests is the size of the sample. ["", ""] 4) If we are comparing two categorical variables, we should use the Chi-Square test statistic. ["", ""] 5) If two numerical variables have a correlation coefficient greater than 0.5, we can assume one variable causes the other. ["", ""] 6) If we are presented with the statistics, we can assume the findings are true. ["", ""] 7) A low correlation coefficient means our variables have a weak correlation.
True or False
1) During any hypothesis test, we assume Ho is true until we find extreme evidence otherwise. ["", ""]
2) If our
3) The only difference in the Central Limit Theorem criteria for proportion hypothesis test and mean hypothesis tests is the
4) If we are comparing two categorical variables, we should use the Chi-Square test statistic. ["", ""]
5) If two numerical variables have a correlation coefficient greater than 0.5, we can assume one variable causes the other. ["", ""]
6) If we are presented with the statistics, we can assume the findings are true. ["", ""]
7) A low correlation coefficient means our variables have a weak correlation.
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