What is the most accurate interpretation of a significant correlation of rs = -.55 between annual CO2 emissions and annual average temperature (ranked from hottest year to coldest year)? Increased CO2 emissions are associated with lower annual average temperature Increased CO2 emissions are associated with higher annual average temperature Increased CO2 emissions lead to higher annual average temperature Increased CO2 emissions lead to lower annual average temperature If we conducted a study with a small group of randomly selected first- year psychology students and found a Pearson’s r of -.39 between distance from home to university (measured in km) and class attendance, what could we say about the relationship in the population? University students who live far from their homes are less likely to attend class There is no relationship between distance between home and university with class attendance University students who live far from their homes are more likely to attend class We don’t have enough information to say
What is the most accurate interpretation of a significant
Increased CO2 emissions are associated with lower annual average temperature
Increased CO2 emissions are associated with higher annual average temperature
Increased CO2 emissions lead to higher annual average temperature
Increased CO2 emissions lead to lower annual average temperature
If we conducted a study with a small group of randomly selected first- year psychology students and found a Pearson’s r of -.39 between distance from home to university (measured in km) and class attendance, what could we say about the relationship in the population?
University students who live far from their homes are less likely to attend class
There is no relationship between distance between home and university with class attendance
University students who live far from their homes are more likely to attend class
We don’t have enough information to say
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