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
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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