Skip to main content
edited tags
Link
Robert Long
  • 65.8k
  • 11
  • 133
  • 248
added 2 characters in body
Source Link

$R^2 = \frac{SSREG}{SSTOT}$ or $R^2 = 1-\frac{SSRES}{SSTOT}$

If $X$ is the predictor random variable for science SAT

and $Y$ is the predictor random variable science GPA

given by equation $$\hat Y = -1 + 0.006X$$

and $R^2 = 3$$R^2 = 0.3$

what do we say the relationship between $X$ and $Y$ is in this case given the coefficient of determination?

$R^2 = \frac{SSREG}{SSTOT}$ or $R^2 = 1-\frac{SSRES}{SSTOT}$

If $X$ is the predictor random variable for science SAT

and $Y$ is the predictor random variable science GPA

given by equation $$\hat Y = -1 + 0.006X$$

and $R^2 = 3$

what do we say the relationship between $X$ and $Y$ is in this case given the coefficient of determination?

$R^2 = \frac{SSREG}{SSTOT}$ or $R^2 = 1-\frac{SSRES}{SSTOT}$

If $X$ is the predictor random variable for science SAT

and $Y$ is the predictor random variable science GPA

given by equation $$\hat Y = -1 + 0.006X$$

and $R^2 = 0.3$

what do we say the relationship between $X$ and $Y$ is in this case given the coefficient of determination?

Source Link

Coefficient of determination relationship?

$R^2 = \frac{SSREG}{SSTOT}$ or $R^2 = 1-\frac{SSRES}{SSTOT}$

If $X$ is the predictor random variable for science SAT

and $Y$ is the predictor random variable science GPA

given by equation $$\hat Y = -1 + 0.006X$$

and $R^2 = 3$

what do we say the relationship between $X$ and $Y$ is in this case given the coefficient of determination?