diff --git a/education/statistics/Correlation and Regression.md b/education/statistics/Correlation and Regression.md
index 78c3d5f..6e22735 100644
--- a/education/statistics/Correlation and Regression.md	
+++ b/education/statistics/Correlation and Regression.md	
@@ -95,7 +95,7 @@ $$ \hat{y} = \frac{x-\bar{x}}{\sigma_x} * r * \sigma_y + \bar{y} $$
 3. Multiply that by $\sigma_y$
 4. Add the average of $y$
 
-- For a positive association, for every $\sigma_x$ above average we are in $x$, the line predicts $y$ to be $\sigma_y$ standard deviations above y.
+- For a positive association, for every $\sigma_x$ above average we are in $x$, the line predicts $y$ to be $\sigma_y$ standard deviations above y.x
 
 # Terminology
 | Term | Definition |