Show transcribed image text using the values for the means that you just calculated, fill ut the following table by calculating the deviations rom the means for X and Y, the squares of the deviations, and the products of the deviations. ow, Scores Deviations Squared Deviations Products 9 -2 9 1 4 -3 10 10 6 10 . The sum The sum of squared deviations for X is ss, = of products is SP- 10 . The sum of squared deviations for Y is SS,- Because the sign of the sum of products is positive the sign of the Pearson correlation The Pearson correlation is r = 0.88 Look at your scatter plot again. If you excluded the point (10, 10), you would expect the recalculated Pearson correlation to be because

using the values for the means that you just calculated, fill ut the following table by calculating the deviations rom the means for X and Y, the squares of the deviations, and the products of the deviations. ow, Scores Deviations Squared Deviations Products 9 -2 9 1 4 -3 10 10 6 10 . The sum The sum of squared deviations for X is ss, = of products is SP- 10 . The sum of squared deviations for Y is SS,- Because the sign of the sum of products is positive the sign of the Pearson correlation The Pearson correlation is r = 0.88 Look at your scatter plot again. If you excluded the point (10, 10), you would expect the recalculated Pearson correlation to be because