Question: QUESTION 1 Suppose that you collected data to determine the relationship between the amount of time a person spendsonlineas an independent variable and the amount
QUESTION 1
Suppose that you collected data to determine the relationship between the amount of time a person spendsonlineas an independent variable and the amount of money a person spendsonlineas the dependent variable. Use the following data for questions 6, 7, 8, 9, & 10.
The regression equation is= 24 + 8.5x, where x represents the number of hours a person spendsonlineandrepresents the predicted amount of money that person spendsonline.
Sample size is 6.
SSE is 200
SSR is 800
SST is 1000
Standard deviation of the sampling distribution of the sample intercept is 9.54
Standard deviation of the sampling distribution of the sample slope is 2.26
2.
Suppose that you collected data to determine the relationship between the amount of time a person spendsonlineas an independent variable and the amount of money a person spendsonlineas the dependent variable. Use the following data for questions 6, 7, 8, 9, & 10.
The regression equation is= 24 + 8.5x, where x represents the number of hours a person spendsonlineandrepresents the predicted amount of money that person spendsonline.
Sample size is 6.
SSE is 200
SSR is 800
SST is 1000
Standard deviation of the sampling distribution of the sample intercept is 9.54
Standard deviation of the sampling distribution of the sample slope is 2.26
QUESTION 3
Suppose that you collected data to determine the relationship between the amount of time a person spendsonlineas an independent variable and the amount of money a person spendsonlineas the dependent variable. Use the following data for questions 6, 7, 8, 9, & 10.
The regression equation is= 24 + 8.5x, where x represents the number of hours a person spendsonlineandrepresents the predicted amount of money that person spendsonline.
Sample size is 6.
SSE is 200
SSR is 800
SST is 1000
Standard deviation of the sampling distribution of the sample intercept is 9.54
Standard deviation of the sampling distribution of the sample slope is 2.26
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